Before understanding the concept of SQL web hosting, it's necessary to have a basic grasp on what SQL is, and also how web hosting works.
- SQL is the acronym for Structured Query Language, which is a computer language that is used to manipulate data in a database. SQL works with many different database systems, such as Access, Oracle and MS SQL. SQL is widely used due to it's simplicity and applicability to diverse database functions, many of which make up global business systems and commercial computer software.
- Web Hosting is a service provided by a company that leases server space to companies or individuals that have web pages they want to display on the internet. Web hosts provide the necessary bandwidth and technology to allow internet users to access these web pages. While anyone can create a web page, special servers dedicated to internet connectivity and hosting are required to make the web page active.
Therefore, SQL web hosting is a service that allows SQL databases (http://www.sql-programming.com/) to be hosted on the internet. SQL web hosting can be used to store database information on the web, allow offsite personal to access database management tools and provide detailed information to customers or clients. Typical applications that use SQL databases are ERP (Enterprise Resource Planning) and CRM (Customer Relationship Management) programs.
What are the Benefits of SQL Web Hosting
There are several advantages to investing in an SQL web hosting service rather than relying on a standard web host. If you require a web based database, you will quickly come to appreciate these benefits:
- Increased RAM and Bandwidth - Typically, database applications take up a lot of memory and server space. SQL web hosting services provide additional room for your database to evolve and grow over time.
- SQL Administration Services - Because SQL web hosting services are dedicated to database hosting, they generally have the ability to offer advanced administration services to keep your database running smoothly and at optimum performance.
- Technical Assistance and SQL Design - If you're new to SQL, many SQL web hosting services provide technical assistance and design packages for an additional cost when you purchase web hosting.
Things to Look for in a Quality SQL Web Hosting Service
Once you've decided to go with an SQL web host, you'll need to select a service. There are a lot of providers currently on the market, and sometimes it's difficult to tell them apart. A quality SQL web hosting service should offer you the following:
- Reliability
- Control Panel Options
- Technical Support
- Customer Support
- Multiple Hosting Plans
Overall, if you plan on maintaining a database online, your best option is to go with a web hosting service that has servers dedicated specifically to SQL applications. Doing so will ensure that you get the most value out of your investment. SQL web hosting may cost a little more than standard hosting, but it's worth every penny.
Web-based Learning Management Systems
Learning management systems (LMSs) are web-based software application platforms used to plan, implement, and assess learning processes related to online and offline training administration and performance management. LMSs provide an instructor a way to create and deliver content, monitor learners' participation, and assess student performance. They also provide learners with the ability to use interactive features, such as threaded discussions, web conferencing, discussion forums, and other methods of communication.
In many respects, e-Learning has matured as a technology and industry. Today we will look at how web-based learning management systems can be and are being used as part of the partner support function in a company or organization.
Where and why are learning management systems being used in partner support settings?
LMSs are being used in business-to-business, high-process, value-added, and technology-oriented business environments in industries like telecommunications, advanced electronic technology, semiconductor manufacturing, insurance, banking, medical products, and others. Learning management systems are being used in partner support settings because they can be a cost-effective solution to providing performance support for a company's products and services.
In some ways, partner support operations may be similar to customer support settings, but they possess some distinct differences. More often than not, and by its very nature, a partner channel of distribution exists because the partner adds value to the product and services your company offers. Partner support operations may be more concerned with tactical distribution or other issues because they are responsible for providing their part of the value chain in the delivery of your product or service.
Partners walk a different road with product end users. Partners need the flexibility to provide information and support customer needs, but in a way that supports and amplifies the value their company brings to the partner channel.
Why is it cost-effective to use an LMS for your company's partner support operations?
Learning management systems have lots of functionality that can be used in partner support organizations. A good LMS lets you create multiple partner campuses, which the partners themselves can customize to meet an end-user customer's needs. Each partner can have their own look and feel, with a large selection of capabilities to deliver their unique value-add to the product or service.
Learning management systems can be used to create a library of custom online courses that demonstrate how to use products and services. These courses can be easily updated with the information/service offering unique to the partner's contribution to the product. They can have the same look and feel as the partner's site, to maintain a branded experience. The course can be updated at will, so you're not paying every three months to print new product guides and support manuals.
LMSs can be used to track and monitor your partner's activities, instead of using a bunch of spreadsheets. This is very effective in scenarios where partners must be certified to use your products and services. The learning management system can be set up to notify a partner when their certification is set to expire, using an email tickler so they can recertify on your product. The partner organizations themselves can be configured into a hierarchy within the learning management system, which can be used to manage the partner distribution channel.
What other features in learning management systems can be used for the partner support function?
A well-designed LMS comes with a help desk feature that can be used for 24/7 partner and end-user customer support. Learning management systems can have integrated web conferencing technology, which can be used in a number of ways to support partners and end-user customers Such as:
- synchronous training used in product implementation;
- web conferencing on a new feature set that can be archived for later viewing;
- actual, on-the-spot tech-support using the “share your desktop” feature so your tech can go in and fix any problems
LMSs can have a built-in survey tool that allows you to query your partners and end-user customers with the results stored in the learning management system database for later use. Learning management systems can have a single sign-on/e-Commerce registration feature that can be used to sell add-on features. LMSs also may have events management/seminar logistics add-on applications that can help you manage both your off-site and onsite partner and end-user customer support training. Each individual partner campus that is created can have its own reference area for materials, to help supplement online course content.
A company can realize effective resource planning and substantial cost savings by using learning management systems in partner support settings. The support offered through the functionality of a learning management system can go a long way to cement the relationship between the company and its partner distribution channel, and will have a direct impact on both organizations' bottom lines. Using a learning management system, one or two channel partnership managers or business development managers can manage and direct thousands of partner firms at substantially reduced costs, with the ability to provide precise support requirements customized to that partner's individual needs. In conclusion, web-based learning management systems can be a very useful, cost effective way to manage a company's partner support function.
In many respects, e-Learning has matured as a technology and industry. Today we will look at how web-based learning management systems can be and are being used as part of the partner support function in a company or organization.
Where and why are learning management systems being used in partner support settings?
LMSs are being used in business-to-business, high-process, value-added, and technology-oriented business environments in industries like telecommunications, advanced electronic technology, semiconductor manufacturing, insurance, banking, medical products, and others. Learning management systems are being used in partner support settings because they can be a cost-effective solution to providing performance support for a company's products and services.
In some ways, partner support operations may be similar to customer support settings, but they possess some distinct differences. More often than not, and by its very nature, a partner channel of distribution exists because the partner adds value to the product and services your company offers. Partner support operations may be more concerned with tactical distribution or other issues because they are responsible for providing their part of the value chain in the delivery of your product or service.
Partners walk a different road with product end users. Partners need the flexibility to provide information and support customer needs, but in a way that supports and amplifies the value their company brings to the partner channel.
Why is it cost-effective to use an LMS for your company's partner support operations?
Learning management systems have lots of functionality that can be used in partner support organizations. A good LMS lets you create multiple partner campuses, which the partners themselves can customize to meet an end-user customer's needs. Each partner can have their own look and feel, with a large selection of capabilities to deliver their unique value-add to the product or service.
Learning management systems can be used to create a library of custom online courses that demonstrate how to use products and services. These courses can be easily updated with the information/service offering unique to the partner's contribution to the product. They can have the same look and feel as the partner's site, to maintain a branded experience. The course can be updated at will, so you're not paying every three months to print new product guides and support manuals.
LMSs can be used to track and monitor your partner's activities, instead of using a bunch of spreadsheets. This is very effective in scenarios where partners must be certified to use your products and services. The learning management system can be set up to notify a partner when their certification is set to expire, using an email tickler so they can recertify on your product. The partner organizations themselves can be configured into a hierarchy within the learning management system, which can be used to manage the partner distribution channel.
What other features in learning management systems can be used for the partner support function?
A well-designed LMS comes with a help desk feature that can be used for 24/7 partner and end-user customer support. Learning management systems can have integrated web conferencing technology, which can be used in a number of ways to support partners and end-user customers Such as:
- synchronous training used in product implementation;
- web conferencing on a new feature set that can be archived for later viewing;
- actual, on-the-spot tech-support using the “share your desktop” feature so your tech can go in and fix any problems
LMSs can have a built-in survey tool that allows you to query your partners and end-user customers with the results stored in the learning management system database for later use. Learning management systems can have a single sign-on/e-Commerce registration feature that can be used to sell add-on features. LMSs also may have events management/seminar logistics add-on applications that can help you manage both your off-site and onsite partner and end-user customer support training. Each individual partner campus that is created can have its own reference area for materials, to help supplement online course content.
A company can realize effective resource planning and substantial cost savings by using learning management systems in partner support settings. The support offered through the functionality of a learning management system can go a long way to cement the relationship between the company and its partner distribution channel, and will have a direct impact on both organizations' bottom lines. Using a learning management system, one or two channel partnership managers or business development managers can manage and direct thousands of partner firms at substantially reduced costs, with the ability to provide precise support requirements customized to that partner's individual needs. In conclusion, web-based learning management systems can be a very useful, cost effective way to manage a company's partner support function.
Data Center
A data center is a facility that will house a good amount of the electronic equipment (and information) that a business or group has and needs. There will be computers and communication elements in this area as well as a number of other vital components to keeping the business running smoothly. What is essential about a data center is security and maintenance.
Companies may have more than one data center as well. Most mid size or higher companies will have at least one data center though. There are many types of data that can be stored in these centers. For example, a financial institution will maintain their clients accounts, numbers and activities in the data center. Businesses will keep client names, accounts, and projects in a data center as well. Because the data a business has is so very important to their existence and their performance, turning to a data center is an excellent option for this type of storage need.
Inside of a data center you are likely to find various types of computers, internet servers as well as many other items. To keep these items safe, data centers are often built and secured physically as well as logistically to protect them. Security is extremely high. They can be one of the safest environments in the city. The main job of a data center is to maintain and run applications to allow businesses to access and manage their files effectively.
There are many information portals now devoted to the subject and we recommend reading about it at one of these. Try googling for “data center info” and you will be surprised by the abundance of information on the subject. Alternatively you may try looking on Yahoo, MSN or even a decent directory site, all are good sources of this information.
Companies may have more than one data center as well. Most mid size or higher companies will have at least one data center though. There are many types of data that can be stored in these centers. For example, a financial institution will maintain their clients accounts, numbers and activities in the data center. Businesses will keep client names, accounts, and projects in a data center as well. Because the data a business has is so very important to their existence and their performance, turning to a data center is an excellent option for this type of storage need.
Inside of a data center you are likely to find various types of computers, internet servers as well as many other items. To keep these items safe, data centers are often built and secured physically as well as logistically to protect them. Security is extremely high. They can be one of the safest environments in the city. The main job of a data center is to maintain and run applications to allow businesses to access and manage their files effectively.
There are many information portals now devoted to the subject and we recommend reading about it at one of these. Try googling for “data center info” and you will be surprised by the abundance of information on the subject. Alternatively you may try looking on Yahoo, MSN or even a decent directory site, all are good sources of this information.
High Definition Multimedia Interface (HDMI)
High definition multimedia interface (HDMI), is a type of audio and video interface that is used for the transmission of uncompressed digital streams. Essentially, HDMI can be considered an alternative method to transmitting data streams, rather than making use of conventional methods such as coaxial cabling, VGA, or component video equipment.
What Type of Sources May Be Employed Using HDMI?
Quite a number of devices and sources on the market today will work with the use of HDMI. The Blu-Ray disc player, a relatively new innovation, was created with the use of HDMI specifically in mind. Most personal computers that are sold today are ready for use with HDMI, as are the majority of video game consoles in the stores currently. A set-top box also is usually compatible with HDMI, as are such entertainment options as digital television. Essentially, any type of computer interface today will function with the use of HDMI.
How HDMI Works
HDMI will work with a single cable connection to such devices as televisions or personal computers. In general, HDMI will function fine with any television or PC that is standard, enhanced, or high definition in the video component. However, it is important to note that HDMI does work independently of many of the DTV standards, although use of HDMI will not impact the quality of the digital transmission. Generally, these standards apply to some configurations of MPEG movie clips and files. Since these are compressed, HDMI will simply decompress the data and make it possible to view the clip.
HDMI Versions And Devices?
No. There is a range of specifications that are employed by HDMI, and a given device will be manufactured to comply with one of those specifications. The most simplistic specification is identified as 1.0. With each succeeding version, the capabilities of the previous version remain intact, but are joined by other capabilities that will allow the version to function with a given device. Because technology is always advancing, HDMI continues to advance as well. However, older versions remain active, as they are often used with devices that require less functionality, and they also continue to be helpful in situations where older systems are still running and are in operation.
Where Did HDMI Come From?
HDMI was created and has been enhanced by the efforts of several prominent names in the computer and electronics industry. Consumers will recognize the names of Philips, Sony, Toshiba, and Silicon Image as just part of the roster of corporations involved in the ongoing enhancement of HDMI.
What Type of Sources May Be Employed Using HDMI?
Quite a number of devices and sources on the market today will work with the use of HDMI. The Blu-Ray disc player, a relatively new innovation, was created with the use of HDMI specifically in mind. Most personal computers that are sold today are ready for use with HDMI, as are the majority of video game consoles in the stores currently. A set-top box also is usually compatible with HDMI, as are such entertainment options as digital television. Essentially, any type of computer interface today will function with the use of HDMI.
How HDMI Works
HDMI will work with a single cable connection to such devices as televisions or personal computers. In general, HDMI will function fine with any television or PC that is standard, enhanced, or high definition in the video component. However, it is important to note that HDMI does work independently of many of the DTV standards, although use of HDMI will not impact the quality of the digital transmission. Generally, these standards apply to some configurations of MPEG movie clips and files. Since these are compressed, HDMI will simply decompress the data and make it possible to view the clip.
HDMI Versions And Devices?
No. There is a range of specifications that are employed by HDMI, and a given device will be manufactured to comply with one of those specifications. The most simplistic specification is identified as 1.0. With each succeeding version, the capabilities of the previous version remain intact, but are joined by other capabilities that will allow the version to function with a given device. Because technology is always advancing, HDMI continues to advance as well. However, older versions remain active, as they are often used with devices that require less functionality, and they also continue to be helpful in situations where older systems are still running and are in operation.
Where Did HDMI Come From?
HDMI was created and has been enhanced by the efforts of several prominent names in the computer and electronics industry. Consumers will recognize the names of Philips, Sony, Toshiba, and Silicon Image as just part of the roster of corporations involved in the ongoing enhancement of HDMI.
E-Mail Problems
When it works well, e-mail can be great. It's hard to beat e-mail for everything from staying in touch with family to requesting information from businesses or other organizations. Want to send the same message to several people? Communicate with someone across the continent? Transmit photos, manuscripts or other information? For speed and efficiency, this virtually instantaneous medium is one of the most convenient features of modern life.
But e-mail is not without problems. If you key in the name of an intended recipient but your message keeps bouncing back, you might not be singing e-mail's praises. Ditto for attachments that won't open or other such nuisances. With just a little patience, though, you can readily overcome most e-mail problems. What follows are 4 common e-mail problems along with solutions for overcoming them.
Problem - Returned Messages
This may be the most frustrating of all e-mail problems. After taking the time to create a message, you click on the “send” button and consider your task accomplished. But the next thing you know, the message pops up in your in-box with a heading that it did not reach its intended recipient.
Solutions
First, take the simple step of checking to see that the address of your recipient has been entered correctly. This may seem obvious, but sometimes the only thing wrong is a misplaced letter, the use of “com” instead of “net”, or some similar error. If you know the correct address, this is a straightforward matter of double checking each character. If not, you might need to experiment by sending multiple messages, or by entering alternative addresses with slight variations. Under this approach, you simply keep track of which messages are bounced back and compare them with the overall list of addresses you used. If you sent four variations but only three were returned, you have solved the problem by the process of elimination.
Sometimes the source of your problem lies with the recipient. If messages to other addresses go through but fail here, try to contact the intended recipient by other means and report the situation. The cause may range from a temporary problem with the recipient's server to a switch to another e-mail provider, to a full in box. In this case, simply waiting may be the best recourse. Or a phone call or other communication may be required on your part to obtain the correct e-mail address. If all your messages are being returned, you may have a connection problem. See below for more details.
Problem 2 - You Have Lost Your Connection
Sometimes a failure to send or receive e-mail can be traced to a lost connection with your Internet service provider.
Solutions
If you see a “failure to connect” or “no response” message or have otherwise determined that you have failed to connect, double check to make certain there are no physical problems.
First, check your cables and connections. If you use a dial-up modem, listen to make sure it produces the normal high-pitched dialing sound. If not, the problem could be a loose connection. Locate the phone cord that runs from the back of your computer to the phone jack, and then make sure that each end is plugged in snugly.
If you will don't hear the expected dialing sound, check to make sure your phone cord is undamaged. If it seems worn, replace it with a new one. Other steps include making certain the line is plugged into the right port, and checking the phone jack by plugging the cord into a different jack. If you hear the dialing sound after any of these steps, you have made a successful connection.
Connection problems may be more common with dial-up modems than with broadband connections, but the latter are also dependent on physical connections. A loose wire or poorly connected cable can easily be problematic. Sometimes a glitch occurs that can be best addressed by repeating portions of the initial set-up process. A simple fix touted by Verizon technical service reps for some DSL (digital subscriber line) customers is to disconnect the three lines from the back of the modem and then reconnect them in a specified order. When this action is taken, the online connection is immediately regained.
If you are online but keep getting bumped off, the lost connection can be the result of an unintended software command. In Outlook Express, for example, you will find the command “Hang up when finished.” If the box in front of this phrase is checked, the connection will automatically be severed each time you send or download e-mail. Sometimes a misdirected click of your mouse will cause you to place a check in the box even though you do not realize it. Simply click on the check mark to make it disappear, and the hang-ups will cease.
These 2 common e-mail problems are quite easy to determine and when rectified will make your emailing experience more enjoyable.
But e-mail is not without problems. If you key in the name of an intended recipient but your message keeps bouncing back, you might not be singing e-mail's praises. Ditto for attachments that won't open or other such nuisances. With just a little patience, though, you can readily overcome most e-mail problems. What follows are 4 common e-mail problems along with solutions for overcoming them.
Problem - Returned Messages
This may be the most frustrating of all e-mail problems. After taking the time to create a message, you click on the “send” button and consider your task accomplished. But the next thing you know, the message pops up in your in-box with a heading that it did not reach its intended recipient.
Solutions
First, take the simple step of checking to see that the address of your recipient has been entered correctly. This may seem obvious, but sometimes the only thing wrong is a misplaced letter, the use of “com” instead of “net”, or some similar error. If you know the correct address, this is a straightforward matter of double checking each character. If not, you might need to experiment by sending multiple messages, or by entering alternative addresses with slight variations. Under this approach, you simply keep track of which messages are bounced back and compare them with the overall list of addresses you used. If you sent four variations but only three were returned, you have solved the problem by the process of elimination.
Sometimes the source of your problem lies with the recipient. If messages to other addresses go through but fail here, try to contact the intended recipient by other means and report the situation. The cause may range from a temporary problem with the recipient's server to a switch to another e-mail provider, to a full in box. In this case, simply waiting may be the best recourse. Or a phone call or other communication may be required on your part to obtain the correct e-mail address. If all your messages are being returned, you may have a connection problem. See below for more details.
Problem 2 - You Have Lost Your Connection
Sometimes a failure to send or receive e-mail can be traced to a lost connection with your Internet service provider.
Solutions
If you see a “failure to connect” or “no response” message or have otherwise determined that you have failed to connect, double check to make certain there are no physical problems.
First, check your cables and connections. If you use a dial-up modem, listen to make sure it produces the normal high-pitched dialing sound. If not, the problem could be a loose connection. Locate the phone cord that runs from the back of your computer to the phone jack, and then make sure that each end is plugged in snugly.
If you will don't hear the expected dialing sound, check to make sure your phone cord is undamaged. If it seems worn, replace it with a new one. Other steps include making certain the line is plugged into the right port, and checking the phone jack by plugging the cord into a different jack. If you hear the dialing sound after any of these steps, you have made a successful connection.
Connection problems may be more common with dial-up modems than with broadband connections, but the latter are also dependent on physical connections. A loose wire or poorly connected cable can easily be problematic. Sometimes a glitch occurs that can be best addressed by repeating portions of the initial set-up process. A simple fix touted by Verizon technical service reps for some DSL (digital subscriber line) customers is to disconnect the three lines from the back of the modem and then reconnect them in a specified order. When this action is taken, the online connection is immediately regained.
If you are online but keep getting bumped off, the lost connection can be the result of an unintended software command. In Outlook Express, for example, you will find the command “Hang up when finished.” If the box in front of this phrase is checked, the connection will automatically be severed each time you send or download e-mail. Sometimes a misdirected click of your mouse will cause you to place a check in the box even though you do not realize it. Simply click on the check mark to make it disappear, and the hang-ups will cease.
These 2 common e-mail problems are quite easy to determine and when rectified will make your emailing experience more enjoyable.
How To Buy A Laptop
Laptop or notebook computer is a small portable computer. It is light enough to hold on your lap. Laptops can easily perform all tasks that desktops do. Buying laptop is not an easy task to do because there are so many important things that should be kept in mind. Most common things are type of processor, speed of processor, amount of RAM, size of hard disk, brand and support.
The first decision to consider when buying a laptop is whether you need a Windows, Apple or Linux machine. The majority will stick with a Windows machine. Those who have used Apple in the past, and are more familiar with Apple will have far more limited options, but are probably best off sticking with Apple. Linux users will need to analyze compatibility issues on Linux forums.
Assuming you know what operating system you are looking for, the next step is to set a budget, and determine whether you want a new or used machine. Used laptops represent a good value for machines in the $600 - $700 range and below.
Once you have set your budget, determine the minimum memory configuration. I'd highly recommend setting 512 Mb as your minimum memory configuration. Stripping memory out of a computer is a common way to sell them at lower prices. But memory is often the weak link in personal computer systems, brining the performance of the machine down significantly. Lots of memory is the great equalizer in computers, and many people fail to realize that a lower end laptop with lots of memory will often outperform a higher end one without the memory.
Once you have you memory needs and budget set, you can start to compare models for weight, ergonomics, and most importantly, screen size. Finding a size and weight that is acceptable to you is important, but finding the correct screen size should be your primary consideration.
Many people are excited by the larger screened laptops, but fail to fully appreciate the impact of resolutions. Most laptops come with a set with an ideal resolution, and switching to a higher or lower resolution can distort text. Some laptops with large screens are set at very high resolutions, making them difficult to read without eye strain. Some of the expensive laptops with 15 inch screens can therefore be more difficult to read and work on than laptops with smaller screens. 1024x768 should be an acceptable resolution for most laptop monitors. Avoiding larger screens with higher resolutions can save a lot of money, and deliver a machine that is just as easy to work on and read from.
Finally, there are networking considerations. By now, it does not make a lot of sense to purchase any laptop without WiFi wireless networking capabilities. Most new laptops will come with this standard, but with older and used laptops it is an item you need to verify. With the constant increase in wireless accessibility, a laptop without this capability is practically obsolete.
The first decision to consider when buying a laptop is whether you need a Windows, Apple or Linux machine. The majority will stick with a Windows machine. Those who have used Apple in the past, and are more familiar with Apple will have far more limited options, but are probably best off sticking with Apple. Linux users will need to analyze compatibility issues on Linux forums.
Assuming you know what operating system you are looking for, the next step is to set a budget, and determine whether you want a new or used machine. Used laptops represent a good value for machines in the $600 - $700 range and below.
Once you have set your budget, determine the minimum memory configuration. I'd highly recommend setting 512 Mb as your minimum memory configuration. Stripping memory out of a computer is a common way to sell them at lower prices. But memory is often the weak link in personal computer systems, brining the performance of the machine down significantly. Lots of memory is the great equalizer in computers, and many people fail to realize that a lower end laptop with lots of memory will often outperform a higher end one without the memory.
Once you have you memory needs and budget set, you can start to compare models for weight, ergonomics, and most importantly, screen size. Finding a size and weight that is acceptable to you is important, but finding the correct screen size should be your primary consideration.
Many people are excited by the larger screened laptops, but fail to fully appreciate the impact of resolutions. Most laptops come with a set with an ideal resolution, and switching to a higher or lower resolution can distort text. Some laptops with large screens are set at very high resolutions, making them difficult to read without eye strain. Some of the expensive laptops with 15 inch screens can therefore be more difficult to read and work on than laptops with smaller screens. 1024x768 should be an acceptable resolution for most laptop monitors. Avoiding larger screens with higher resolutions can save a lot of money, and deliver a machine that is just as easy to work on and read from.
Finally, there are networking considerations. By now, it does not make a lot of sense to purchase any laptop without WiFi wireless networking capabilities. Most new laptops will come with this standard, but with older and used laptops it is an item you need to verify. With the constant increase in wireless accessibility, a laptop without this capability is practically obsolete.
How To Buy A Cheap Laptop
Laptop computers are essential tools for college students, business professionals and many more. As the capabilities, size and price of laptops continues to improve, laptop computers continue to represent increasing value for the dollar. But there are some important things to be aware of when considering a laptop. This guide will focus on some of the primary concerns.
You can easily move with your laptop from one place to another due to its portability factor. So check it carefully at the time of buying and if you don't require portability you can prefer a desktop instead of laptop. Laptops are sophisticated and the perfect device for several business applications like record keeping, wireless networking, presentations and instant communication.
Laptop technology is changing day-by-day thats why it is not an easy job to find the best. These are smaller and faster than the desktop computers. Some high-quality notebooks come with Wireless Fidelity and many with tri-mode 802.11a/b/g wireless system. You can also choose Sony's latest ultra-portable VAIO VGN-T350P that offers world's first built-in cellular modem. It can be easily connected to Internet by cell phone.
Business laptops can be easily carried in a briefcase so while purchasing a new one keep in mind that its weight shouldn't cause you any discomfort because sometimes you've to carry it whole day. You can choose lightweight and small laptop in the category of ‘Thin and Light' and ‘Ultra-portable'. Laptops cost a lot and you can easily buy two desktops at the price of one laptop but keep in mind that you can't take your desktop all day long.
Some laptops offer a storage space of 60 to 100 GIGS hard drives but you can increase the space with an external hard drive. Laptops are very powerful and can do each and every difficult job but generally you need 256 MB RAM for Windows XP and Mac OS X. you should also check its battery life at the time of purchase because it is an important factor for a traveling businessman. Latest models of notebook computers offer 5 or more hours of power but while choosing laptop battery you should always select a battery with higher numbered cells. Keep in mind that more cells will provide extra longer battery life.
You should also check security feature of laptop. You can choose one of the IBM/Sonoma ThinkPad series that can easily protect your sensitive and confidential company records and documents. Last but not the least factor is price that is extremely important at the time of buying laptop. You can try two or more shops for a reasonable laptop. Buying laptop on Internet is another option for you. You should try to bargain for a special price. Several manufacturers offer cheap prices if you're buying in bulk.
You shouldn't sacrifice for the quality for a cheap price. Try to buy a laptop that can easily satisfy your all requirements. You should check speed, upgradeability, and serious gaming factors at the time of buying laptop.
You can easily move with your laptop from one place to another due to its portability factor. So check it carefully at the time of buying and if you don't require portability you can prefer a desktop instead of laptop. Laptops are sophisticated and the perfect device for several business applications like record keeping, wireless networking, presentations and instant communication.
Laptop technology is changing day-by-day thats why it is not an easy job to find the best. These are smaller and faster than the desktop computers. Some high-quality notebooks come with Wireless Fidelity and many with tri-mode 802.11a/b/g wireless system. You can also choose Sony's latest ultra-portable VAIO VGN-T350P that offers world's first built-in cellular modem. It can be easily connected to Internet by cell phone.
Business laptops can be easily carried in a briefcase so while purchasing a new one keep in mind that its weight shouldn't cause you any discomfort because sometimes you've to carry it whole day. You can choose lightweight and small laptop in the category of ‘Thin and Light' and ‘Ultra-portable'. Laptops cost a lot and you can easily buy two desktops at the price of one laptop but keep in mind that you can't take your desktop all day long.
Some laptops offer a storage space of 60 to 100 GIGS hard drives but you can increase the space with an external hard drive. Laptops are very powerful and can do each and every difficult job but generally you need 256 MB RAM for Windows XP and Mac OS X. you should also check its battery life at the time of purchase because it is an important factor for a traveling businessman. Latest models of notebook computers offer 5 or more hours of power but while choosing laptop battery you should always select a battery with higher numbered cells. Keep in mind that more cells will provide extra longer battery life.
You should also check security feature of laptop. You can choose one of the IBM/Sonoma ThinkPad series that can easily protect your sensitive and confidential company records and documents. Last but not the least factor is price that is extremely important at the time of buying laptop. You can try two or more shops for a reasonable laptop. Buying laptop on Internet is another option for you. You should try to bargain for a special price. Several manufacturers offer cheap prices if you're buying in bulk.
You shouldn't sacrifice for the quality for a cheap price. Try to buy a laptop that can easily satisfy your all requirements. You should check speed, upgradeability, and serious gaming factors at the time of buying laptop.
The Ipod - What is it?
Apple is easily the most well known name in MP3 players or personal music players. The iPod has taken the music world by storm and each time a new one is released it seems to break all previous barriers. Initially, they were slightly larger than their counterparts but they were hard drive based and so held thousands and thousands of songs but with the introduction of the iPod Nano this soon became a thing of the past. The iPod Nano uses Flash based memory and so it is infinitely smaller. In fact, it is as thin as a pencil.
The iPod is popular for a reason though. As well as being durable and very advanced it features access to iTunes. ITunes is the Internet's largest music store and allows iPod users to download tracks to their computer or to their MP3 player. ITunes has also become huge in terms of popularity.
The 2GB Nano allows the storage of up to around 500 songs, the 4GB Nano 1,000 songs. They are both available in either black or white and despite their miniature size they are hardy and resistant to general wear and tear. With predictions that the next iPod to be released will be the video iPod, Apple once again look certain to take the portable media device to yet another level.
Is the iPod changing the way we listen to music' Undeniably. With an iPod, we can take our music anywhere, and not just one album like we could with the walkman. Now we can carry our entire collections everywhere we go. It can play mixes at parties. You can bring it on the commute to work or for a jog. You can save Microsoft Word documents on it and photos for that matter. Don't like a particular song on an album' Delete it. Thanks to the iPod, music has become an even bigger part of our lives because now it's just a click away, and it's exactly how we want it.
Apart from the possibility of our entire collections being with us at all times, the iPod's capabilities have done something even better. By being able to store over 700 albums, the iPod is encouraging us to try types of music we might not have listened to before. When burning a CD to an iPod takes a short few minutes, what's there to lose'
But is it all just a trend' Doubtful, especially with people spending on average 100 pounds on iPod accessories. It's difficult to picture something people now say they can't live without vanishing, unless Apple CEO Steve Jobs finds another way to outdo himself yet again. And on that note now Apple has come out with the smaller, cheaper version of the iPod called the iPod shuffle. Will it have the same impact as its predecessor' Only time will tell.
Buying an iPod now also requires buying into an iPod. Those who own them love them, but there are some that are skeptical due to its price being quite high compared to other MP3 players and the fact that they feel they are paying for the Apple brand. However, the iPod is an excellent personal audio player and you will have to go a long way to find one that is as good and offers a service similar to iTunes.
The iPod is popular for a reason though. As well as being durable and very advanced it features access to iTunes. ITunes is the Internet's largest music store and allows iPod users to download tracks to their computer or to their MP3 player. ITunes has also become huge in terms of popularity.
The 2GB Nano allows the storage of up to around 500 songs, the 4GB Nano 1,000 songs. They are both available in either black or white and despite their miniature size they are hardy and resistant to general wear and tear. With predictions that the next iPod to be released will be the video iPod, Apple once again look certain to take the portable media device to yet another level.
Is the iPod changing the way we listen to music' Undeniably. With an iPod, we can take our music anywhere, and not just one album like we could with the walkman. Now we can carry our entire collections everywhere we go. It can play mixes at parties. You can bring it on the commute to work or for a jog. You can save Microsoft Word documents on it and photos for that matter. Don't like a particular song on an album' Delete it. Thanks to the iPod, music has become an even bigger part of our lives because now it's just a click away, and it's exactly how we want it.
Apart from the possibility of our entire collections being with us at all times, the iPod's capabilities have done something even better. By being able to store over 700 albums, the iPod is encouraging us to try types of music we might not have listened to before. When burning a CD to an iPod takes a short few minutes, what's there to lose'
But is it all just a trend' Doubtful, especially with people spending on average 100 pounds on iPod accessories. It's difficult to picture something people now say they can't live without vanishing, unless Apple CEO Steve Jobs finds another way to outdo himself yet again. And on that note now Apple has come out with the smaller, cheaper version of the iPod called the iPod shuffle. Will it have the same impact as its predecessor' Only time will tell.
Buying an iPod now also requires buying into an iPod. Those who own them love them, but there are some that are skeptical due to its price being quite high compared to other MP3 players and the fact that they feel they are paying for the Apple brand. However, the iPod is an excellent personal audio player and you will have to go a long way to find one that is as good and offers a service similar to iTunes.
iPod Accessories
With the increasing popularity of the iPod, it only stands to reason that the accessories market is growing right along with it. Often referred to as the iPod ecosystem, the large number of available iPod accessories are designed to work directly with the iPod and are manufactured by a variety of different companies. Well known industry music leaders Bose and Kennsington are among the companies to create iPod speakers, which use the iPod's third pin dock connector. Various other companies create add-ons that permit the iPod to record sound, recharge, experience playback music on the radio and create wireless capability for the iPod to be operated with the use of a remote control.
In addition to technological iPod accessories, there are also a number of protective carrying cases designed to tote the iPod safely. While maintaining their equipment's safety, iPod users are also making a fashion statement with their trendy carrying cases.
Industry experts are amazed at just how far iPod accessories have come. For instance, an iPod control is now available on selected jacket sleeves or backpack straps made available by an apparel company specializing in the snowboarding industry. The theory behind this placement is that it will allow individuals with additional convenience for operating their iPod outdoors and on the go. Now that's iPod accessories at their best.
There are more common iPod accessories, including a headphone connector that allows for private listening of your favorite tunes. An iPod Hi-Fi speaker is also available for use in an electrical outlet or by battery operation.
With radio being a popular pastime for automobile operators, iPod accessories quickly made their way into car integration. BMW was the first to release an iPod interface, which allowed operators to control their iPod through built-in steering wheel controls. By January 2005, Volo, Nissan, Mercedes-Benz and Ferrari would offer similar systems. Later that year, Acura, Honda, Volkswagen and Audi confirmed their plans to integrate iPod accessories into their car stereos as well.
With it's ability to customize music playback, the iPod is growing with each passing day. As it's popularity increases, additional iPod accessories will be manufactured to make the convenience of customized music-on-the-go even better. With auto manufacturers jumping on board with their plans to incorporate iPod accessories into their newest creations, it's clear to automakers and to the world that iPod is here to stay. And, where there is an iPod, there are iPod accessories not far behind.
In addition to technological iPod accessories, there are also a number of protective carrying cases designed to tote the iPod safely. While maintaining their equipment's safety, iPod users are also making a fashion statement with their trendy carrying cases.
Industry experts are amazed at just how far iPod accessories have come. For instance, an iPod control is now available on selected jacket sleeves or backpack straps made available by an apparel company specializing in the snowboarding industry. The theory behind this placement is that it will allow individuals with additional convenience for operating their iPod outdoors and on the go. Now that's iPod accessories at their best.
There are more common iPod accessories, including a headphone connector that allows for private listening of your favorite tunes. An iPod Hi-Fi speaker is also available for use in an electrical outlet or by battery operation.
With radio being a popular pastime for automobile operators, iPod accessories quickly made their way into car integration. BMW was the first to release an iPod interface, which allowed operators to control their iPod through built-in steering wheel controls. By January 2005, Volo, Nissan, Mercedes-Benz and Ferrari would offer similar systems. Later that year, Acura, Honda, Volkswagen and Audi confirmed their plans to integrate iPod accessories into their car stereos as well.
With it's ability to customize music playback, the iPod is growing with each passing day. As it's popularity increases, additional iPod accessories will be manufactured to make the convenience of customized music-on-the-go even better. With auto manufacturers jumping on board with their plans to incorporate iPod accessories into their newest creations, it's clear to automakers and to the world that iPod is here to stay. And, where there is an iPod, there are iPod accessories not far behind.
Coping with Lyme Disease
If you've ever gotten Lyme disease from an infected tick bite, then you know how uncomfortable the illness can be. Some people don't realize just how frustrating and painful the disease can be for those suffering from it. Joint and muscle pain that lasts for days or weeks at a time, countless trips to the doctor's office, misdiagnoses and failed treatments all can make for an extremely stressful period of time.
Coping with Lyme disease can be particularly difficult because oftentimes the illness is misdiagnosed, which leads to treatment plans that don't work and ongoing sickness and pain from the disease. Because there is no conclusive test to determine whether or not a Lyme disease infection is present, misdiagnosis is common. This can be especially frustrating for people that are told that their symptoms are “all in their head” or that the symptoms are purely psychiatric and that they need anti-depressants. There are more than 100 different symptoms of Lyme disease, which can make it extremely difficult for doctors to narrow down the symptoms into one illness. The disease is also commonly misdiagnosed as another type of ailment, such as arthritis, and so the patient does not receive proper treatment.
If you are coping with Lyme disease in your life, following are some tips that may help you as you fight the disease:
Understand Lyme disease - Get familiar with the disease. Educate yourself on the basics of Lyme disease, such as its causes, symptoms, how it is diagnosed and prognosis. Lyme disease develops from the bacteria Borrelia, which is most commonly transmitted via the bite of a deer tick. Once the bacteria invade your body, you'll most likely begin to experience symptoms within a matter of weeks. Symptoms include a reddish bulls-eye shaped rash, fever, fatigue, and arthritis-like muscle and joint pain. Coping with Lyme disease and its symptoms certainly is not fun, but by examining your symptoms and medical history, your doctor will hopefully be able to make a proper diagnosis. Once a diagnosis is made, treatment can begin. This will most often include either oral or IV antibiotics to rid your body of the bacteria. Understanding the illness and how it affects your body is an important part of coping with Lyme disease.
Explore your treatment options - Talk to your doctor about different treatment that may be available. Antibiotics are most commonly used to fight the disease. However, there are alternative therapies available, although they have not been studied thoroughly during clinical trials and therefore may not be as effective.
Be patient - This is the hardest thing to do when you're feeling awful, but it's very important when coping with Lyme disease. You need to give your body time to heal and respond to treatments, and worrying or stressing over how long it's taking or dwelling on how bad you feel will NOT help you recover any faster. In fact, it's more likely to slow down your recovery. So just hang in there -- you will get better in time.
Coping with Lyme disease can be particularly difficult because oftentimes the illness is misdiagnosed, which leads to treatment plans that don't work and ongoing sickness and pain from the disease. Because there is no conclusive test to determine whether or not a Lyme disease infection is present, misdiagnosis is common. This can be especially frustrating for people that are told that their symptoms are “all in their head” or that the symptoms are purely psychiatric and that they need anti-depressants. There are more than 100 different symptoms of Lyme disease, which can make it extremely difficult for doctors to narrow down the symptoms into one illness. The disease is also commonly misdiagnosed as another type of ailment, such as arthritis, and so the patient does not receive proper treatment.
If you are coping with Lyme disease in your life, following are some tips that may help you as you fight the disease:
Understand Lyme disease - Get familiar with the disease. Educate yourself on the basics of Lyme disease, such as its causes, symptoms, how it is diagnosed and prognosis. Lyme disease develops from the bacteria Borrelia, which is most commonly transmitted via the bite of a deer tick. Once the bacteria invade your body, you'll most likely begin to experience symptoms within a matter of weeks. Symptoms include a reddish bulls-eye shaped rash, fever, fatigue, and arthritis-like muscle and joint pain. Coping with Lyme disease and its symptoms certainly is not fun, but by examining your symptoms and medical history, your doctor will hopefully be able to make a proper diagnosis. Once a diagnosis is made, treatment can begin. This will most often include either oral or IV antibiotics to rid your body of the bacteria. Understanding the illness and how it affects your body is an important part of coping with Lyme disease.
Explore your treatment options - Talk to your doctor about different treatment that may be available. Antibiotics are most commonly used to fight the disease. However, there are alternative therapies available, although they have not been studied thoroughly during clinical trials and therefore may not be as effective.
Be patient - This is the hardest thing to do when you're feeling awful, but it's very important when coping with Lyme disease. You need to give your body time to heal and respond to treatments, and worrying or stressing over how long it's taking or dwelling on how bad you feel will NOT help you recover any faster. In fact, it's more likely to slow down your recovery. So just hang in there -- you will get better in time.
Controlling The Thought
Controlling thought. How would you like to be able to turn on your television just by thinking? Or have the door to your house open by mind power when your hands were full? This isn't something that will remain science fiction for long. The technology necessary to make this happen is here now.
First of all, you have basic thought control now, meaning you can control and direct your thoughts. You can imagine a friend talking in your mind, for example. Then you can choose to hear music in your imagination. If you are hooked up to an electroencephalograph when you do these things, it will also be clear that these two thoughts are handled in different parts of your brain.
This electroencephalogram, or EEG, is important, because what we can measure, we can use to do things. Think about this for a moment. Modern electronics has made it possible to easily operate things as a response to measurement. A thermostat measures the temperature, for example, and turns the heater on or off according to that measurement. Security lights turn themselves on when light levels get low.
Thought Control Devices
We can already measure and track what is going on in the brain. Is it inconceivable then, to have that measurement automatically trigger some action? For example, even before the electrical patterns of the brain were made "visible," we measured pulse rate with many different machines. Now, what if instead of sending a signal to a monitor telling a red light to go on when the heart raced, the signal told the TV to turn on? Think of anything that gets your heart racing and the TV would turn on, right?
Call it mind power, thought control or whatever. You can see that such a device has been possible for at least a generation now. With new technology, and more detailed measurements of the actual electric patterns of the brain, how much more is possible?
Someday, an electroencephalograph type of device will be able to more directly read your mind. The technology will eventually get to the point where it can print out the actual words you are thinking. We are a long way from that, but we are right at the brink of building machines that give us thought control of the things around us.
You see, even with the crude measurements being done now, as long as we can choose what to think about, and any resulting change in the brain can be measured, the possibilities are endless. For example, we can already see the changes in the brain when a person thinks about music, versus a conversation. An existing electroencephalograph machine, using electrodes attached to your head, could be set to turn on the lights instead of producing a changing chart when you sing in your mind.
For paraplegics without speech, there's real hope in this idea. A patterned alternating of thoughts could be used as a sort of Morse code, spelling out words on a screen. They could actually use thought control to make a message appear! At the current level of technology, this would be a tedious process, but the amazing thing is that all the necessary things to build a machine like this are here right now. It's time for thought control.
First of all, you have basic thought control now, meaning you can control and direct your thoughts. You can imagine a friend talking in your mind, for example. Then you can choose to hear music in your imagination. If you are hooked up to an electroencephalograph when you do these things, it will also be clear that these two thoughts are handled in different parts of your brain.
This electroencephalogram, or EEG, is important, because what we can measure, we can use to do things. Think about this for a moment. Modern electronics has made it possible to easily operate things as a response to measurement. A thermostat measures the temperature, for example, and turns the heater on or off according to that measurement. Security lights turn themselves on when light levels get low.
Thought Control Devices
We can already measure and track what is going on in the brain. Is it inconceivable then, to have that measurement automatically trigger some action? For example, even before the electrical patterns of the brain were made "visible," we measured pulse rate with many different machines. Now, what if instead of sending a signal to a monitor telling a red light to go on when the heart raced, the signal told the TV to turn on? Think of anything that gets your heart racing and the TV would turn on, right?
Call it mind power, thought control or whatever. You can see that such a device has been possible for at least a generation now. With new technology, and more detailed measurements of the actual electric patterns of the brain, how much more is possible?
Someday, an electroencephalograph type of device will be able to more directly read your mind. The technology will eventually get to the point where it can print out the actual words you are thinking. We are a long way from that, but we are right at the brink of building machines that give us thought control of the things around us.
You see, even with the crude measurements being done now, as long as we can choose what to think about, and any resulting change in the brain can be measured, the possibilities are endless. For example, we can already see the changes in the brain when a person thinks about music, versus a conversation. An existing electroencephalograph machine, using electrodes attached to your head, could be set to turn on the lights instead of producing a changing chart when you sing in your mind.
For paraplegics without speech, there's real hope in this idea. A patterned alternating of thoughts could be used as a sort of Morse code, spelling out words on a screen. They could actually use thought control to make a message appear! At the current level of technology, this would be a tedious process, but the amazing thing is that all the necessary things to build a machine like this are here right now. It's time for thought control.
Eugenics and the Future of Human Species
"It is clear that modern medicine has created a serious dilemma ... In the past, there were many children who never survived - they succumbed to various diseases ... But in a sense modern medicine has put natural selection out of commission. Something that has helped one individual over a serious illness can in the long run contribute to weakening the resistance of the whole human race to certain diseases. If we pay absolutely no attention to what is called hereditary hygiene, we could find ourselves facing a degeneration of the human race. Mankind's hereditary potential for resisting serious disease will be weakened."
Jostein Gaarder in "Sophie's World", a bestselling philosophy textbook for adolescents published in Oslo, Norway, in 1991 and, afterwards, throughout the world, having been translated to dozens of languages.
The Nazis regarded the murder of the feeble-minded and the mentally insane - intended to purify the race and maintain hereditary hygiene - as a form of euthanasia. German doctors were enthusiastic proponents of an eugenics movements rooted in 19th century social Darwinism. Luke Gormally writes, in his essay "Walton, Davies, and Boyd" (published in "Euthanasia Examined - Ethical, Clinical, and Legal Perspectives", ed. John Keown, Cambridge University Press, 1995):
"When the jurist Karl Binding and the psychiatrist Alfred Hoche published their tract The Permission to Destroy Life that is Not Worth Living in 1920 ... their motive was to rid society of the 'human ballast and enormous economic burden' of care for the mentally ill, the handicapped, retarded and deformed children, and the incurably ill. But the reason they invoked to justify the killing of human beings who fell into these categories was that the lives of such human beings were 'not worth living', were 'devoid of value'"
It is this association with the hideous Nazi regime that gave eugenics - a term coined by a relative of Charles Darwin, Sir Francis Galton, in 1883 - its bad name. Richard Lynn, of the University of Ulster of North Ireland, thinks that this recoil resulted in "Dysgenics - the genetic deterioration of modern (human) population", as the title of his controversial tome puts it.
The crux of the argument for eugenics is that a host of technological, cultural, and social developments conspired to give rise to negative selection of the weakest, least intelligent, sickest, the habitually criminal, the sexually deviant, the mentally-ill, and the least adapted.
Contraception is more widely used by the affluent and the well-educated than by the destitute and dull. Birth control as practiced in places like China distorted both the sex distribution in the cities - and increased the weight of the rural population (rural couples in China are allowed to have two children rather than the urban one).
Modern medicine and the welfare state collaborate in sustaining alive individuals - mainly the mentally retarded, the mentally ill, the sick, and the genetically defective - who would otherwise have been culled by natural selection to the betterment of the entire species.
Eugenics may be based on a literal understanding of Darwin's metaphor.
The 2002 edition of the Encyclopedia Britannica has this to say:
"Darwin's description of the process of natural selection as the survival of the fittest in the struggle for life is a metaphor. 'Struggle' does not necessarily mean contention, strife, or combat; 'survival' does not mean that ravages of death are needed to make the selection effective; and 'fittest' is virtually never a single optimal genotype but rather an array of genotypes that collectively enhance population survival rather than extinction. All these considerations are most apposite to consideration of natural selection in humans. Decreasing infant and childhood mortality rates do not necessarily mean that natural selection in the human species no longer operates. Theoretically, natural selection could be very effective if all the children born reached maturity. Two conditions are needed to make this theoretical possibility realized: first, variation in the number of children per family and, second, variation correlated with the genetic properties of the parents. Neither of these conditions is farfetched."
The eugenics debate is only the visible extremity of the Man vs. Nature conundrum. Have we truly conquered nature and extracted ourselves from its determinism? Have we graduated from natural to cultural evolution, from natural to artificial selection, and from genes to memes?
Does the evolutionary process culminate in a being that transcends its genetic baggage, that programs and charts its future, and that allows its weakest and sickest to survive? Supplanting the imperative of the survival of the fittest with a culturally-sensitive principle may be the hallmark of a successful evolution, rather than the beginning of an inexorable decline.
The eugenics movement turns this argument on its head. They accept the premise that the contribution of natural selection to the makeup of future human generations is glacial and negligible. But they reject the conclusion that, having ridden ourselves of its tyranny, we can now let the weak and sick among us survive and multiply. Rather, they propose to replace natural selection with eugenics.
But who, by which authority, and according to what guidelines will administer this man-made culling and decide who is to live and who is to die, who is to breed and who may not? Why select by intelligence and not by courtesy or altruism or church-going - or al of them together? It is here that eugenics fails miserably. Should the criterion be physical, like in ancient Sparta? Should it be mental? Should IQ determine one's fate - or social status or wealth? Different answers yield disparate eugenic programs and target dissimilar groups in the population.
Aren't eugenic criteria liable to be unduly influenced by fashion and cultural bias? Can we agree on a universal eugenic agenda in a world as ethnically and culturally diverse as ours? If we do get it wrong - and the chances are overwhelming - will we not damage our gene pool irreparably and, with it, the future of our species?
And even if many will avoid a slippery slope leading from eugenics to active extermination of "inferior" groups in the general population - can we guarantee that everyone will? How to prevent eugenics from being appropriated by an intrusive, authoritarian, or even murderous state?
Modern eugenicists distance themselves from the crude methods adopted at the beginning of the last century by 29 countries, including Germany, The United States, Canada, Switzerland, Austria, Venezuela, Estonia, Argentina, Norway, Denmark, Sweden (until 1976), Brazil, Italy, Greece, and Spain.
They talk about free contraceptives for low-IQ women, vasectomies or tubal ligations for criminals, sperm banks with contributions from high achievers, and incentives for college students to procreate. Modern genetic engineering and biotechnology are readily applicable to eugenic projects. Cloning can serve to preserve the genes of the fittest. Embryo selection and prenatal diagnosis of genetically diseased embryos can reduce the number of the unfit.
But even these innocuous variants of eugenics fly in the face of liberalism. Inequality, claim the proponents of hereditary amelioration, is genetic, not environmental. All men are created unequal and as much subject to the natural laws of heredity as are cows and bees. Inferior people give birth to inferior offspring and, thus, propagate their inferiority.
Even if this were true - which is at best debatable - the question is whether the inferior specimen of our species possess the inalienable right to reproduce? If society is to bear the costs of over-population - social welfare, medical care, daycare centers - then society has the right to regulate procreation. But does it have the right to act discriminately in doing so?
Another dilemma is whether we have the moral right - let alone the necessary knowledge - to interfere with natural as well as social and demographic trends. Eugenicists counter that contraception and indiscriminate medicine already do just that. Yet, studies show that the more affluent and educated a population becomes - the less fecund it is. Birth rates throughout the world have dropped dramatically already.
Instead of culling the great unwashed and the unworthy - wouldn't it be a better idea to educate them (or their off-spring) and provide them with economic opportunities (euthenics rather than eugenics)? Human populations seem to self-regulate. A gentle and persistent nudge in the right direction - of increased affluence and better schooling - might achieve more than a hundred eugenic programs, voluntary or compulsory.
That eugenics presents itself not merely as a biological-social agenda, but as a panacea, ought to arouse suspicion. The typical eugenics text reads more like a catechism than a reasoned argument. Previous all-encompassing and omnicompetent plans tended to end traumatically - especially when they contrasted a human elite with a dispensable underclass of persons.
Above all, eugenics is about human hubris. To presume to know better than the lottery of life is haughty. Modern medicine largely obviates the need for eugenics in that it allows even genetically defective people to lead pretty normal lives. Of course, Man himself - being part of Nature - may be regarded as nothing more than an agent of natural selection. Still, many of the arguments advanced in favor of eugenics can be turned against it with embarrassing ease.
Consider sick children. True, they are a burden to society and a probable menace to the gene pool of the species. But they also inhibit further reproduction in their family by consuming the financial and mental resources of the parents. Their genes - however flawed - contribute to genetic diversity. Even a badly mutated phenotype sometimes yields precious scientific knowledge and an interesting genotype.
The implicit Weltbild of eugenics is static - but the real world is dynamic. There is no such thing as a "correct" genetic makeup towards which we must all strive. A combination of genes may be perfectly adaptable to one environment - but woefully inadequate in another. It is therefore prudent to encourage genetic diversity or polymorphism.
The more rapidly the world changes, the greater the value of mutations of all sorts. One never knows whether today's maladaptation will not prove to be tomorrow's winner. Ecosystems are invariably comprised of niches and different genes - even mutated ones - may fit different niches.
In the 18th century most peppered moths in Britain were silvery gray, indistinguishable from lichen-covered trunks of silver birches - their habitat. Darker moths were gobbled up by rapacious birds. Their mutated genes proved to be lethal. As soot from sprouting factories blackened these trunks - the very same genes, hitherto fatal, became an unmitigated blessing. The blacker specimen survived while their hitherto perfectly adapted fairer brethren perished ("industrial melanism"). This mode of natural selection is called directional.
Moreover, "bad" genes are often connected to "desirable genes" (pleitropy). Sickle cell anemia protects certain African tribes against malaria. This is called "diversifying or disruptive natural selection". Artificial selection can thus fast deteriorate into adverse selection due to ignorance.
Modern eugenics relies on statistics. It is no longer concerned with causes - but with phenomena and the likely effects of intervention. If the adverse traits of off-spring and parents are strongly correlated - then preventing parents with certain undesirable qualities from multiplying will surely reduce the incidence of said dispositions in the general population. Yet, correlation does not necessarily imply causation. The manipulation of one parameter of the correlation does not inevitably alter it - or the incidence of the outcome.
Eugenicists often hark back to wisdom garnered by generations of breeders and farmers. But the unequivocal lesson of thousands of years of artificial selection is that cross-breeding (hybridization) - even of two lines of inferior genetic stock - yields valuable genotypes. Inter-marriage between races, groups in the population, ethnic groups, and clans is thus bound to improve the species' chances of survival more than any eugenic scheme.
Jostein Gaarder in "Sophie's World", a bestselling philosophy textbook for adolescents published in Oslo, Norway, in 1991 and, afterwards, throughout the world, having been translated to dozens of languages.
The Nazis regarded the murder of the feeble-minded and the mentally insane - intended to purify the race and maintain hereditary hygiene - as a form of euthanasia. German doctors were enthusiastic proponents of an eugenics movements rooted in 19th century social Darwinism. Luke Gormally writes, in his essay "Walton, Davies, and Boyd" (published in "Euthanasia Examined - Ethical, Clinical, and Legal Perspectives", ed. John Keown, Cambridge University Press, 1995):
"When the jurist Karl Binding and the psychiatrist Alfred Hoche published their tract The Permission to Destroy Life that is Not Worth Living in 1920 ... their motive was to rid society of the 'human ballast and enormous economic burden' of care for the mentally ill, the handicapped, retarded and deformed children, and the incurably ill. But the reason they invoked to justify the killing of human beings who fell into these categories was that the lives of such human beings were 'not worth living', were 'devoid of value'"
It is this association with the hideous Nazi regime that gave eugenics - a term coined by a relative of Charles Darwin, Sir Francis Galton, in 1883 - its bad name. Richard Lynn, of the University of Ulster of North Ireland, thinks that this recoil resulted in "Dysgenics - the genetic deterioration of modern (human) population", as the title of his controversial tome puts it.
The crux of the argument for eugenics is that a host of technological, cultural, and social developments conspired to give rise to negative selection of the weakest, least intelligent, sickest, the habitually criminal, the sexually deviant, the mentally-ill, and the least adapted.
Contraception is more widely used by the affluent and the well-educated than by the destitute and dull. Birth control as practiced in places like China distorted both the sex distribution in the cities - and increased the weight of the rural population (rural couples in China are allowed to have two children rather than the urban one).
Modern medicine and the welfare state collaborate in sustaining alive individuals - mainly the mentally retarded, the mentally ill, the sick, and the genetically defective - who would otherwise have been culled by natural selection to the betterment of the entire species.
Eugenics may be based on a literal understanding of Darwin's metaphor.
The 2002 edition of the Encyclopedia Britannica has this to say:
"Darwin's description of the process of natural selection as the survival of the fittest in the struggle for life is a metaphor. 'Struggle' does not necessarily mean contention, strife, or combat; 'survival' does not mean that ravages of death are needed to make the selection effective; and 'fittest' is virtually never a single optimal genotype but rather an array of genotypes that collectively enhance population survival rather than extinction. All these considerations are most apposite to consideration of natural selection in humans. Decreasing infant and childhood mortality rates do not necessarily mean that natural selection in the human species no longer operates. Theoretically, natural selection could be very effective if all the children born reached maturity. Two conditions are needed to make this theoretical possibility realized: first, variation in the number of children per family and, second, variation correlated with the genetic properties of the parents. Neither of these conditions is farfetched."
The eugenics debate is only the visible extremity of the Man vs. Nature conundrum. Have we truly conquered nature and extracted ourselves from its determinism? Have we graduated from natural to cultural evolution, from natural to artificial selection, and from genes to memes?
Does the evolutionary process culminate in a being that transcends its genetic baggage, that programs and charts its future, and that allows its weakest and sickest to survive? Supplanting the imperative of the survival of the fittest with a culturally-sensitive principle may be the hallmark of a successful evolution, rather than the beginning of an inexorable decline.
The eugenics movement turns this argument on its head. They accept the premise that the contribution of natural selection to the makeup of future human generations is glacial and negligible. But they reject the conclusion that, having ridden ourselves of its tyranny, we can now let the weak and sick among us survive and multiply. Rather, they propose to replace natural selection with eugenics.
But who, by which authority, and according to what guidelines will administer this man-made culling and decide who is to live and who is to die, who is to breed and who may not? Why select by intelligence and not by courtesy or altruism or church-going - or al of them together? It is here that eugenics fails miserably. Should the criterion be physical, like in ancient Sparta? Should it be mental? Should IQ determine one's fate - or social status or wealth? Different answers yield disparate eugenic programs and target dissimilar groups in the population.
Aren't eugenic criteria liable to be unduly influenced by fashion and cultural bias? Can we agree on a universal eugenic agenda in a world as ethnically and culturally diverse as ours? If we do get it wrong - and the chances are overwhelming - will we not damage our gene pool irreparably and, with it, the future of our species?
And even if many will avoid a slippery slope leading from eugenics to active extermination of "inferior" groups in the general population - can we guarantee that everyone will? How to prevent eugenics from being appropriated by an intrusive, authoritarian, or even murderous state?
Modern eugenicists distance themselves from the crude methods adopted at the beginning of the last century by 29 countries, including Germany, The United States, Canada, Switzerland, Austria, Venezuela, Estonia, Argentina, Norway, Denmark, Sweden (until 1976), Brazil, Italy, Greece, and Spain.
They talk about free contraceptives for low-IQ women, vasectomies or tubal ligations for criminals, sperm banks with contributions from high achievers, and incentives for college students to procreate. Modern genetic engineering and biotechnology are readily applicable to eugenic projects. Cloning can serve to preserve the genes of the fittest. Embryo selection and prenatal diagnosis of genetically diseased embryos can reduce the number of the unfit.
But even these innocuous variants of eugenics fly in the face of liberalism. Inequality, claim the proponents of hereditary amelioration, is genetic, not environmental. All men are created unequal and as much subject to the natural laws of heredity as are cows and bees. Inferior people give birth to inferior offspring and, thus, propagate their inferiority.
Even if this were true - which is at best debatable - the question is whether the inferior specimen of our species possess the inalienable right to reproduce? If society is to bear the costs of over-population - social welfare, medical care, daycare centers - then society has the right to regulate procreation. But does it have the right to act discriminately in doing so?
Another dilemma is whether we have the moral right - let alone the necessary knowledge - to interfere with natural as well as social and demographic trends. Eugenicists counter that contraception and indiscriminate medicine already do just that. Yet, studies show that the more affluent and educated a population becomes - the less fecund it is. Birth rates throughout the world have dropped dramatically already.
Instead of culling the great unwashed and the unworthy - wouldn't it be a better idea to educate them (or their off-spring) and provide them with economic opportunities (euthenics rather than eugenics)? Human populations seem to self-regulate. A gentle and persistent nudge in the right direction - of increased affluence and better schooling - might achieve more than a hundred eugenic programs, voluntary or compulsory.
That eugenics presents itself not merely as a biological-social agenda, but as a panacea, ought to arouse suspicion. The typical eugenics text reads more like a catechism than a reasoned argument. Previous all-encompassing and omnicompetent plans tended to end traumatically - especially when they contrasted a human elite with a dispensable underclass of persons.
Above all, eugenics is about human hubris. To presume to know better than the lottery of life is haughty. Modern medicine largely obviates the need for eugenics in that it allows even genetically defective people to lead pretty normal lives. Of course, Man himself - being part of Nature - may be regarded as nothing more than an agent of natural selection. Still, many of the arguments advanced in favor of eugenics can be turned against it with embarrassing ease.
Consider sick children. True, they are a burden to society and a probable menace to the gene pool of the species. But they also inhibit further reproduction in their family by consuming the financial and mental resources of the parents. Their genes - however flawed - contribute to genetic diversity. Even a badly mutated phenotype sometimes yields precious scientific knowledge and an interesting genotype.
The implicit Weltbild of eugenics is static - but the real world is dynamic. There is no such thing as a "correct" genetic makeup towards which we must all strive. A combination of genes may be perfectly adaptable to one environment - but woefully inadequate in another. It is therefore prudent to encourage genetic diversity or polymorphism.
The more rapidly the world changes, the greater the value of mutations of all sorts. One never knows whether today's maladaptation will not prove to be tomorrow's winner. Ecosystems are invariably comprised of niches and different genes - even mutated ones - may fit different niches.
In the 18th century most peppered moths in Britain were silvery gray, indistinguishable from lichen-covered trunks of silver birches - their habitat. Darker moths were gobbled up by rapacious birds. Their mutated genes proved to be lethal. As soot from sprouting factories blackened these trunks - the very same genes, hitherto fatal, became an unmitigated blessing. The blacker specimen survived while their hitherto perfectly adapted fairer brethren perished ("industrial melanism"). This mode of natural selection is called directional.
Moreover, "bad" genes are often connected to "desirable genes" (pleitropy). Sickle cell anemia protects certain African tribes against malaria. This is called "diversifying or disruptive natural selection". Artificial selection can thus fast deteriorate into adverse selection due to ignorance.
Modern eugenics relies on statistics. It is no longer concerned with causes - but with phenomena and the likely effects of intervention. If the adverse traits of off-spring and parents are strongly correlated - then preventing parents with certain undesirable qualities from multiplying will surely reduce the incidence of said dispositions in the general population. Yet, correlation does not necessarily imply causation. The manipulation of one parameter of the correlation does not inevitably alter it - or the incidence of the outcome.
Eugenicists often hark back to wisdom garnered by generations of breeders and farmers. But the unequivocal lesson of thousands of years of artificial selection is that cross-breeding (hybridization) - even of two lines of inferior genetic stock - yields valuable genotypes. Inter-marriage between races, groups in the population, ethnic groups, and clans is thus bound to improve the species' chances of survival more than any eugenic scheme.
Building a Robot
A robot could make life easier for you if you know how to build one. Robots as we all know are considered as friendly creature created by human beings as we are created by God. They are created for human being to simplify life even more basically for our daily chores with the specified sequence and even by military for the purpose of doing things which has the danger to life of human beings and thus they are developed over years to substitute human beings in all the fields.
Many of us are not that qualified to make a robot by ourselves and that why we all are anxious to know how to make a robot and even depends upon the task we want to create it for. We all have the tendencies of exploring whatever new comes in the field of science and hence a basic prototype robot can be created knowing few basic high end programming stuffs.
Robots are almost 30% programming and hence if we target one specific purpose and program it well enough then it serves our purpose and the program mostly used for this is Unix and for beginner's Lego Mindstorms series is the best and how complicated your robot might turn up to be depends upon your technical acumen.
While learning how to make a robot we should always keep in mind that fewer the moving parts be of the robot better it is for the beginner's as for startup we might just want it to move from here and there or hold something and sort of stuff. We should link if-then statement well and it should be taken care of that battery is never less then 50% and if so happens it should be re charged.
Thus we now understand that knowing how to make robot can never be known as there is no limit to what can be achieved with the knowledge of science and development of robots can never end.
Many of us are not that qualified to make a robot by ourselves and that why we all are anxious to know how to make a robot and even depends upon the task we want to create it for. We all have the tendencies of exploring whatever new comes in the field of science and hence a basic prototype robot can be created knowing few basic high end programming stuffs.
Robots are almost 30% programming and hence if we target one specific purpose and program it well enough then it serves our purpose and the program mostly used for this is Unix and for beginner's Lego Mindstorms series is the best and how complicated your robot might turn up to be depends upon your technical acumen.
While learning how to make a robot we should always keep in mind that fewer the moving parts be of the robot better it is for the beginner's as for startup we might just want it to move from here and there or hold something and sort of stuff. We should link if-then statement well and it should be taken care of that battery is never less then 50% and if so happens it should be re charged.
Thus we now understand that knowing how to make robot can never be known as there is no limit to what can be achieved with the knowledge of science and development of robots can never end.
How to Build a Rocket
Rockets are very interesting machines. Rockets - They are one of the most enjoyable pyrotechnic devices. Small lightweight rockets can be made using Black powder, which is used popularly as rocket propellant and is easy to mix. We have explained the basic steps that can follow to make a simple rocket.
First make the black powder mix. Use Potassium Nitrate, Air Float Charcoal,80 Mesh Charcoal, Sulfur in the ratio of 16:6:3:4. This is a optimum mix ratio, grind all the mix into a container and make a fine free flowing powder. Pass it though a mesh preferably 20 Mesh steel mesh.
Take a 4 Oz Engine tube for making the Body of the rocket. Now ram the fine grained black powder mix into the tube up to 80% and a little air room. You can use a 'ram through funnel', which will make our task easy, the rammed materials inside the body of the rocket should be hard.
Now fill in clay after making it a little moist and fill it in the space where the room for air has been left. Now punch a thin hole in the clay using a thin object, say needle. This is for the fuse. A ready made fuse can be obtained from a firecracker or by coating a cotton string with the same black powder material.
Attach the fuse to the under part of the rocket body through the clay, also make a conical head of paper materials.
Now tape a long stick to the rocket for stability. The rocket is ready now, bury the stick in the sand upright and light the fuse, watch it skyrocket upwards.
First make the black powder mix. Use Potassium Nitrate, Air Float Charcoal,80 Mesh Charcoal, Sulfur in the ratio of 16:6:3:4. This is a optimum mix ratio, grind all the mix into a container and make a fine free flowing powder. Pass it though a mesh preferably 20 Mesh steel mesh.
Take a 4 Oz Engine tube for making the Body of the rocket. Now ram the fine grained black powder mix into the tube up to 80% and a little air room. You can use a 'ram through funnel', which will make our task easy, the rammed materials inside the body of the rocket should be hard.
Now fill in clay after making it a little moist and fill it in the space where the room for air has been left. Now punch a thin hole in the clay using a thin object, say needle. This is for the fuse. A ready made fuse can be obtained from a firecracker or by coating a cotton string with the same black powder material.
Attach the fuse to the under part of the rocket body through the clay, also make a conical head of paper materials.
Now tape a long stick to the rocket for stability. The rocket is ready now, bury the stick in the sand upright and light the fuse, watch it skyrocket upwards.
How Wireless Technology Improves Human Standard of Living
Wireless fidelity, or WiFi, is an amazing technology that allows you to network your computers, office, home, etc. without the need for wires. This makes networking so much easier and less messy because wires are not used. The computers simply connect to the network via radio signals. Because of this easiness, many businesses, schools, malls, restaurants, cafes, stores, airports and other businesses have set up wireless hot spots that allow anyone to log onto the network. This is amazing for individuals that need to be able to work from any location, however there are some disadvantages because hot spots can be used by unauthorized users if not adequately protected through different security safeguards.
You can detect the presence of a tiny speck of anthrax in a vast public space, or count the fish in a 4,000 square mile area. You can hear a gunshot hundreds of yards away and use your super-powerful vision to zoom in on a criminal as he tries to escape. You can look in the eyes of a person you've never met, and tell me her identity.
Best of all, with every passing day, your superhuman senses grow stronger. You acquire new ones, too. No, you didn't get bitten by a radioactive spider or exposed to gamma radiation. You're not a mutant X-Man.
You are just lucky enough to be alive during the birth of a new class of computers, called sensors. They are multiplying faster than chocolate stains at a nursery school birthday party.
In the time it took me to write this far, the human race deployed thousands of new sensors into the world. Some are old-hat sensors like burglar alarms and smoke detectors. But others extend and supercharge our senses in ways that seem ripped out of the pages of your favorite comic book.
If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests - often to study the behavior of wild animals - and the answer is a resounding yes.
Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.
Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots' biggest problem is coming home to a normal family life at 5 pm, after operating in a war zone.
Sensors extend your senses to the very little, and the very distant. They can detect pathogens at the molecular level, and monitor the Earth - or other planets - over vast distances. Pictures from satellites show the impact of human development on places such as Mexico City, Las Vegas and the Amazon.
Never before have you - or any other human - been able to see in such detail how our world changes from one day to the other, or one year to the next.
Changes are impacting the growth of the superhuman senses:
1. Sensors are increasingly becoming wireless, which means they can operate almost anywhere
2. We are figuring out how to get sensors to use very small amounts of power, or even to generate all the power they need from their environment (i.e. solar power, or power from natural vibrations)
3. Sensors are shrinking rapidly
4. Sensors are being networked together
Altogether, these changes mean that sensors will literally be woven into the fabric of our world.
Think of a new Internet of sensors, which will extend your senses in ways that are difficult to imagine. Do you know where your children are right now? Soon, your answer will always be yes.
In fact, it's already a mistake to think that Google only searches web pages. Through the web, you can already access millions of sensor readings, from radar screens and satellite imagery to sensor data from nature preserves such as Great Duck Island
If you have ever read a comic book, you know that gaining superhuman powers will change your life. Peter Parker didn't come home with new spider powers and go on with life as usual. These powers turned his life upside down. Likewise, these new powers will change the course of human history. Quickly.
Sensors will reveal the truth about our history, environment, interactions, and universe. Just look at NBC's Olympic coverage, and you'll get an idea what I mean. They can now superimpose one ski racer's run over his competitor, so you can see precisely when and how one racer got the edge. No more vague generalities; we can now see 1/100ths of a second differences between two performances.
Knowing the truth excites some people, and terrifies others. Just ask Superman what it's like to have x-ray vision. Sometimes it's pretty depressing to know the truth.
Take a moment and look around. In less time than it will take the Yankees to win another World Series, sensors will be in your clothing, walls, pets, vehicles and body. Of course, you may be an early adopter, in which case all of these are already true.
You can detect the presence of a tiny speck of anthrax in a vast public space, or count the fish in a 4,000 square mile area. You can hear a gunshot hundreds of yards away and use your super-powerful vision to zoom in on a criminal as he tries to escape. You can look in the eyes of a person you've never met, and tell me her identity.
Best of all, with every passing day, your superhuman senses grow stronger. You acquire new ones, too. No, you didn't get bitten by a radioactive spider or exposed to gamma radiation. You're not a mutant X-Man.
You are just lucky enough to be alive during the birth of a new class of computers, called sensors. They are multiplying faster than chocolate stains at a nursery school birthday party.
In the time it took me to write this far, the human race deployed thousands of new sensors into the world. Some are old-hat sensors like burglar alarms and smoke detectors. But others extend and supercharge our senses in ways that seem ripped out of the pages of your favorite comic book.
If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests - often to study the behavior of wild animals - and the answer is a resounding yes.
Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.
Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots' biggest problem is coming home to a normal family life at 5 pm, after operating in a war zone.
Sensors extend your senses to the very little, and the very distant. They can detect pathogens at the molecular level, and monitor the Earth - or other planets - over vast distances. Pictures from satellites show the impact of human development on places such as Mexico City, Las Vegas and the Amazon.
Never before have you - or any other human - been able to see in such detail how our world changes from one day to the other, or one year to the next.
Changes are impacting the growth of the superhuman senses:
1. Sensors are increasingly becoming wireless, which means they can operate almost anywhere
2. We are figuring out how to get sensors to use very small amounts of power, or even to generate all the power they need from their environment (i.e. solar power, or power from natural vibrations)
3. Sensors are shrinking rapidly
4. Sensors are being networked together
Altogether, these changes mean that sensors will literally be woven into the fabric of our world.
Think of a new Internet of sensors, which will extend your senses in ways that are difficult to imagine. Do you know where your children are right now? Soon, your answer will always be yes.
In fact, it's already a mistake to think that Google only searches web pages. Through the web, you can already access millions of sensor readings, from radar screens and satellite imagery to sensor data from nature preserves such as Great Duck Island
If you have ever read a comic book, you know that gaining superhuman powers will change your life. Peter Parker didn't come home with new spider powers and go on with life as usual. These powers turned his life upside down. Likewise, these new powers will change the course of human history. Quickly.
Sensors will reveal the truth about our history, environment, interactions, and universe. Just look at NBC's Olympic coverage, and you'll get an idea what I mean. They can now superimpose one ski racer's run over his competitor, so you can see precisely when and how one racer got the edge. No more vague generalities; we can now see 1/100ths of a second differences between two performances.
Knowing the truth excites some people, and terrifies others. Just ask Superman what it's like to have x-ray vision. Sometimes it's pretty depressing to know the truth.
Take a moment and look around. In less time than it will take the Yankees to win another World Series, sensors will be in your clothing, walls, pets, vehicles and body. Of course, you may be an early adopter, in which case all of these are already true.
Wireless Laptops
Laptops give you unbelievable portability for all of your computing needs, but as the need for communication grows more each day you need a computer that will keep you in touch. There are many options for portable computing. Laptops now come in many different sizes to match your specific needs.
Large or small screens are the biggest factor affecting the size of a laptop. Extra options like media drives and larger batteries will add overall weight to laptops. The current trend for any traveler is to get the smallest computer that will get the job done. Airports have wireless internet access available, so a wireless network or wi-fi card is a good option. Large screens used to be popular but strict travel regulations have caused many people to get smaller screens. This will make the computer easier to deal with at security check points.
Major reasons for the trend in “less is more” with laptop computers, is that they have become simply more of a tool and less of a novelty. Most basic computers are very capable in running any business application and have the necessary options for general use. Basic laptops have also dropped in price dramatically. The options have become the expensive part as competition grows fierce to have the lowest priced computer available. People are now buying computers more frequently with less options because it is more cost effective that buying the newest technology.
Fast processors and large hard drives start out very expensive and quickly become standard features on basic laptops. You can keep more up to date by getting a new laptop every two years instead of getting the newest technology and trying to make it last for 4 years. Anyways, most laptops show a performance loss after about two years if the hard drive is not defragmented and formatted. It may not sound cheaper to buy a computer more often, but it also what you buy. Doing a little shopping around and assessing what you really need in a computer can save you the money that you need to buy one more often.
Large or small screens are the biggest factor affecting the size of a laptop. Extra options like media drives and larger batteries will add overall weight to laptops. The current trend for any traveler is to get the smallest computer that will get the job done. Airports have wireless internet access available, so a wireless network or wi-fi card is a good option. Large screens used to be popular but strict travel regulations have caused many people to get smaller screens. This will make the computer easier to deal with at security check points.
Major reasons for the trend in “less is more” with laptop computers, is that they have become simply more of a tool and less of a novelty. Most basic computers are very capable in running any business application and have the necessary options for general use. Basic laptops have also dropped in price dramatically. The options have become the expensive part as competition grows fierce to have the lowest priced computer available. People are now buying computers more frequently with less options because it is more cost effective that buying the newest technology.
Fast processors and large hard drives start out very expensive and quickly become standard features on basic laptops. You can keep more up to date by getting a new laptop every two years instead of getting the newest technology and trying to make it last for 4 years. Anyways, most laptops show a performance loss after about two years if the hard drive is not defragmented and formatted. It may not sound cheaper to buy a computer more often, but it also what you buy. Doing a little shopping around and assessing what you really need in a computer can save you the money that you need to buy one more often.
Bluetooth Wireless Networking
Bluetooth technology offers three distant types of primary ranges, based on crop ranges. Class 1 devices are the most controlling, seeing they importance own up to 100 mW of aptitude, reserve a regular antenna giving them a compass of around 130 - 330 feet.
The class 2 devices are lower dynamism, offering up to 2. 5 mW of skill. A regular antenna will gift them a scale of around 50 - 100 feet. Class 3 devices usability polished less qualification, up to 1 mW of competency to betoken exact. Stash a regular antenna, they will obtain a scope of around 16 - 33 feet.
Rolled though you may not catch on existing, Bluetooth wireless technology has never been intended for person other than short distance types of communication. Shroud Bluetooth wireless, the short area is all a gain.
For one, the short reach will cut the quarters of monkey wrench between your devices and those that belong to others who are nearby. Overall, this is a basic type of security, designed to protect you and your devices.
Secondly, the lower competency used for short compass means a longer battery oomph. Most Bluetooth devices will arouse their gift from a battery, suggestion that element you amenability halt to never cease the battery enthusiasm is very same material.
The wireless networking offered by Bluetooth is in truth among the highest, identical though palpable uses short scale communication. Bluetooth is used shadow wireless controllers, the internet, and even wireless headsets.
For the best in short range technology, Bluetooth is extremely hard to beat. If you ' ve never tried Bluetooth before, now is the time. It ' s the best with wireless networking, especially for those who enjoy hands free talking on their cell phone.
Other wireless technology such as Garmin GPS utilizes complex wireless systems that let you know where you are, on any place in the world.
The class 2 devices are lower dynamism, offering up to 2. 5 mW of skill. A regular antenna will gift them a scale of around 50 - 100 feet. Class 3 devices usability polished less qualification, up to 1 mW of competency to betoken exact. Stash a regular antenna, they will obtain a scope of around 16 - 33 feet.
Rolled though you may not catch on existing, Bluetooth wireless technology has never been intended for person other than short distance types of communication. Shroud Bluetooth wireless, the short area is all a gain.
For one, the short reach will cut the quarters of monkey wrench between your devices and those that belong to others who are nearby. Overall, this is a basic type of security, designed to protect you and your devices.
Secondly, the lower competency used for short compass means a longer battery oomph. Most Bluetooth devices will arouse their gift from a battery, suggestion that element you amenability halt to never cease the battery enthusiasm is very same material.
The wireless networking offered by Bluetooth is in truth among the highest, identical though palpable uses short scale communication. Bluetooth is used shadow wireless controllers, the internet, and even wireless headsets.
For the best in short range technology, Bluetooth is extremely hard to beat. If you ' ve never tried Bluetooth before, now is the time. It ' s the best with wireless networking, especially for those who enjoy hands free talking on their cell phone.
Other wireless technology such as Garmin GPS utilizes complex wireless systems that let you know where you are, on any place in the world.
The HDCP
HDCP stands for high-bandwidth digital content protection. It was developed by the Intel Corporation. As the descriptive name implies, HDCP is all about protecting the integrity of various audio and video content as it travels over a multiplicity of different types of interfaces. Such data interfaces as GVIF, DVI, and HDMI will all support the functionality of HDCP.
Is HDCP Free?
No. HDCP requires an authorized license. The license can be obtained through Digital Content Protection, which is a subsidiary of Intel Corporation. Generally, the license can be obtained by filing an application and paying an annual fee. Once the application is accepted and the user agrees to the terms found in the licensing agreement, the right to make use of HDCP is granted.
What Are Some Of The Key Terms of Use For HDCP?
One key term has to do with the transmission of data to unauthorized receivers. That is, an HDCP protected video source is not allowed to transmit protected content to any receiver that has not be verified to be HDCP compliant. There is also a restriction on the quality of the content, making sure that the DVD-audio content is equal to or less than CD-audio quality on any non-HDCP digital audio outputs. The licensed operator also covenants to not use their equipment to produce copies of content, and also to make sure that original content is created within the confines of current content protection requirements.
What Type of Devices Make Use of HDCP?
There are a number of different devices that make use of HDCP. DVD players are a common example, including systems that support high-definition DVD components. Blu-Ray discs are another example. Generally, it is possible for the manufacturer of the device to set what is known as an Image Constraint Token that will structure the type of output signal that can be read and translated.
How Widespread Is The Use of HDCP?
Since 2004, HDCP has been widely used in the United States. Elsewhere, HDCP has also gained a firm hold. The European Industry Association for Information Systems has deemed HDCP as a required component on all HD ready European devices. The latest Microsoft operating system, Windows Vista, makes use of HDCP as part of the function of graphics cards and monitors.
Is HDCP Free?
No. HDCP requires an authorized license. The license can be obtained through Digital Content Protection, which is a subsidiary of Intel Corporation. Generally, the license can be obtained by filing an application and paying an annual fee. Once the application is accepted and the user agrees to the terms found in the licensing agreement, the right to make use of HDCP is granted.
What Are Some Of The Key Terms of Use For HDCP?
One key term has to do with the transmission of data to unauthorized receivers. That is, an HDCP protected video source is not allowed to transmit protected content to any receiver that has not be verified to be HDCP compliant. There is also a restriction on the quality of the content, making sure that the DVD-audio content is equal to or less than CD-audio quality on any non-HDCP digital audio outputs. The licensed operator also covenants to not use their equipment to produce copies of content, and also to make sure that original content is created within the confines of current content protection requirements.
What Type of Devices Make Use of HDCP?
There are a number of different devices that make use of HDCP. DVD players are a common example, including systems that support high-definition DVD components. Blu-Ray discs are another example. Generally, it is possible for the manufacturer of the device to set what is known as an Image Constraint Token that will structure the type of output signal that can be read and translated.
How Widespread Is The Use of HDCP?
Since 2004, HDCP has been widely used in the United States. Elsewhere, HDCP has also gained a firm hold. The European Industry Association for Information Systems has deemed HDCP as a required component on all HD ready European devices. The latest Microsoft operating system, Windows Vista, makes use of HDCP as part of the function of graphics cards and monitors.
The Ethernet
Ethernet is the single most widely used form of the local area network currently in existence. The original design for Ethernet was created by Xerox, and was based on an earlier design that was known as Alohanet. After the initial creation and success of Ethernet, the product went through further enhancement under the auspices of Xerox, Intel, and DEC.
How Did Ethernet Get Its Name?
Robert Metcalfe, who was one of the developers working on the original design, came up with the name. The designation is based on the idea of light transmitting ether that was at one time thought to be found throughout the universe as a main component of the spread of light. Because cabling also functions as a medium that is somewhat passive, the correlation with ether seemed like a good fit.
How Does Ethernet Work?
Ethernet usually makes use of twisted pair wires or coaxial cable in the basic design of a wired local area network. However, the same general principle applies to wireless Ethernet as well. Various devices are connected to the cable or wires and achieve connectivity to Ethernet through Carrier Sense Multiple Access with Collision Detection.
In general, Ethernet systems are referred to as 10BASE-T and are capable of producing speeds of up to 10 Mbps.
What Are Some Types of Ethernet?
Along with the standard 10BASE-T, there is also today what is known as Fast Ethernet. Properly designated as 100BASE-T, this form of Ethernet is capable of producing transmission speeds that are up to one hundred megabits per second. Generally, Fast Ethernet is used as a backbone for the LAN system, with the 10BASE-T cards used for the workstations that are supported by the LAN.
Gigabit Ethernet takes the process one step further. This form of Ethernet will provide up to one thousand megabits per second and is an excellent option for large networks that require a great deal of support to manage local and remote work stations. 10-Gigabit Ethernet provides the greatest power currently available. This type of Ethernet offers up to ten billion bits per second, making it the fastest version currently available.
How Did Ethernet Get Its Name?
Robert Metcalfe, who was one of the developers working on the original design, came up with the name. The designation is based on the idea of light transmitting ether that was at one time thought to be found throughout the universe as a main component of the spread of light. Because cabling also functions as a medium that is somewhat passive, the correlation with ether seemed like a good fit.
How Does Ethernet Work?
Ethernet usually makes use of twisted pair wires or coaxial cable in the basic design of a wired local area network. However, the same general principle applies to wireless Ethernet as well. Various devices are connected to the cable or wires and achieve connectivity to Ethernet through Carrier Sense Multiple Access with Collision Detection.
In general, Ethernet systems are referred to as 10BASE-T and are capable of producing speeds of up to 10 Mbps.
What Are Some Types of Ethernet?
Along with the standard 10BASE-T, there is also today what is known as Fast Ethernet. Properly designated as 100BASE-T, this form of Ethernet is capable of producing transmission speeds that are up to one hundred megabits per second. Generally, Fast Ethernet is used as a backbone for the LAN system, with the 10BASE-T cards used for the workstations that are supported by the LAN.
Gigabit Ethernet takes the process one step further. This form of Ethernet will provide up to one thousand megabits per second and is an excellent option for large networks that require a great deal of support to manage local and remote work stations. 10-Gigabit Ethernet provides the greatest power currently available. This type of Ethernet offers up to ten billion bits per second, making it the fastest version currently available.
Gaming Laptop
Finding the best gaming laptop can be very frustrating at times. In fact, finding the best of any computer related products can be frustrating because the technology field is so fast paced.
One thing is for sure that whatever is top of the line today most assuredly will not be in the top in a couple of months. The pace of technology is simply astounding. And it can also get pretty frustrating if you just bought what you thought was the king of gaming notebooks, only to have a new king appear on the market a few weeks later. This is why it may be better to consider looking for certain qualities in a gaming computer, rather than a specific brand or model. Models get switched out every so often.
Brands get hyped by the reporters and computer magazines one issue, only to have their reputations bashed in the next. Instead, hunt for consistent quality across the board instead of just a flash in the pixilated pan. No matter what brand or model your considering, the best gaming laptop must first and foremost come with Intel Centrino mobile technology.
First off, these new chipsets make sure that your notebook doesn't burn through its battery after only a few rounds of Doom III. And secondly, this mobile technology maximizes the graphic output, making images and movement appear smooth and crisp, not choppy and blurred. Of course, to really appreciate these high-grade visuals, you need a large, potentially wide screen display. In the area of 14 or 15 inches, with wide angles and crystal clear imaging. The extra display size may make your laptop a bit more unwieldy, but you're there to play the computer, not lug it around.
Finally, to maximize your web gaming, you should get a laptop with the finest in wireless technology, such as Bluetooth and Wi Fi connectivity. These will add the mobile to your mobile gaming, allowing you to challenge the competition in San Diego, California and San Juan, Costa Rica.
Now when your comparing prices and models, it goes with out saying that you should maximize your hard drive space, games and graphics need alot of space. Also remember to maximize RAM memory, and processor speed as well. For all of these components are literally the backbone of any computer system, let alone the best gaming laptop.
Buying a Gaming Laptop
Gone are the days when you would have been laughed at if you walked into an all-night LAN party carrying your trusty laptop and expecting to hang with the giant computer towers standing at everyone's feet. The gaming laptop computers of today sport huge, crisp LCD screens, cutting-edge video cards and full-size keyboards. Not only can these gaming laptop computers hang with the standard clunky computer tower, but they can also be ordered fully custom to meet the exact specifications of any gamer.
The most obvious consideration when buying a gaming notebook would of course be the quality of the video card. General purpose notebooks have minimal graphics processing power and therefore cannot cater to most modern games. The video card will need to have at least 128mb of RAM and have a fairly good processing speed. The video card is the heart of a gaming notebook so the getting a notebook with a good video card is important.
Another consideration would be the amount of system RAM the notebook has. For general purposes such as browsing the internet or word processing 256mb is enough. However for a decent gaming notebook you will need 1gb of RAM or more if possible. Most modern games will use 1gb where some will use even more. A good amount of RAM is essential to play today's modern games.
Battery power is also essential. With a good video card and a fair amount of system RAM the notebook will need enough power to run all these components. Getting a high quality battery will ensure you won't be searching for a power-point everywhere you go. If possible it is best to get a notebook accommodates a second battery. Gaming uses a lot of power compared to other mundane tasks so ensuring your notebook has ample power is not to be overlooked.
One thing is for sure that whatever is top of the line today most assuredly will not be in the top in a couple of months. The pace of technology is simply astounding. And it can also get pretty frustrating if you just bought what you thought was the king of gaming notebooks, only to have a new king appear on the market a few weeks later. This is why it may be better to consider looking for certain qualities in a gaming computer, rather than a specific brand or model. Models get switched out every so often.
Brands get hyped by the reporters and computer magazines one issue, only to have their reputations bashed in the next. Instead, hunt for consistent quality across the board instead of just a flash in the pixilated pan. No matter what brand or model your considering, the best gaming laptop must first and foremost come with Intel Centrino mobile technology.
First off, these new chipsets make sure that your notebook doesn't burn through its battery after only a few rounds of Doom III. And secondly, this mobile technology maximizes the graphic output, making images and movement appear smooth and crisp, not choppy and blurred. Of course, to really appreciate these high-grade visuals, you need a large, potentially wide screen display. In the area of 14 or 15 inches, with wide angles and crystal clear imaging. The extra display size may make your laptop a bit more unwieldy, but you're there to play the computer, not lug it around.
Finally, to maximize your web gaming, you should get a laptop with the finest in wireless technology, such as Bluetooth and Wi Fi connectivity. These will add the mobile to your mobile gaming, allowing you to challenge the competition in San Diego, California and San Juan, Costa Rica.
Now when your comparing prices and models, it goes with out saying that you should maximize your hard drive space, games and graphics need alot of space. Also remember to maximize RAM memory, and processor speed as well. For all of these components are literally the backbone of any computer system, let alone the best gaming laptop.
Buying a Gaming Laptop
Gone are the days when you would have been laughed at if you walked into an all-night LAN party carrying your trusty laptop and expecting to hang with the giant computer towers standing at everyone's feet. The gaming laptop computers of today sport huge, crisp LCD screens, cutting-edge video cards and full-size keyboards. Not only can these gaming laptop computers hang with the standard clunky computer tower, but they can also be ordered fully custom to meet the exact specifications of any gamer.
The most obvious consideration when buying a gaming notebook would of course be the quality of the video card. General purpose notebooks have minimal graphics processing power and therefore cannot cater to most modern games. The video card will need to have at least 128mb of RAM and have a fairly good processing speed. The video card is the heart of a gaming notebook so the getting a notebook with a good video card is important.
Another consideration would be the amount of system RAM the notebook has. For general purposes such as browsing the internet or word processing 256mb is enough. However for a decent gaming notebook you will need 1gb of RAM or more if possible. Most modern games will use 1gb where some will use even more. A good amount of RAM is essential to play today's modern games.
Battery power is also essential. With a good video card and a fair amount of system RAM the notebook will need enough power to run all these components. Getting a high quality battery will ensure you won't be searching for a power-point everywhere you go. If possible it is best to get a notebook accommodates a second battery. Gaming uses a lot of power compared to other mundane tasks so ensuring your notebook has ample power is not to be overlooked.
How To Buy A Gaming Laptop
Buying a gaming notebook is a little different to buying a general purpose one. There are certain things that need to be looked at to ensure you get a notebook that will meet your gaming needs. Be warned gaming laptops can be rather pricy and is not for those that are budget conscious.
Since there are so many customizable components in these laptops, a standard practice has been to create what some call a “system builder.” This is the page where you get to add and subtract components through drop-down menus in order to create the best gaming laptop computer for your needs and your budget. This type of page can be overwhelming to someone just starting the gaming laptop shopping process, but it is very manageable if you take it just one component at a time.
The Gaming Laptop GPU
This is the heart of a gaming laptop computer. The GPU - graphics processing unit - is a component that will make or break your gaming experience. If your GPU isn't up to snuff, your games won't play. Without getting into specific models since they change all the time, the key is that the graphics card not share resources with the computer. A gaming laptop video card must have its own memory on board. Generally speaking, standard off-the-shelf laptops will not have this feature. The two current makers of laptop video cards are nVIDIA and ATI.
Without the Screen, You Don't Have Much
What good is a gaming laptop without a screen that can actually render your games? Now certainly, you can connect an external monitor, but if you can't actually play on your gaming laptop without that external monitor, then your laptop isn't all that mobile. While the technology and terminology for LCDs (liquid crystal displays) could take up an entire article in itself, there are a few key points to keep in mind when choosing from available LCD options for your new gaming laptop computer: native resolution, aspect ratio, rise and fall time, contrast, viewing angle, and size.
Native Resolution- The native resolution is simply the setting at which your screen will render the clearest images. Since games are constantly in motion, slightly soft edges may not bother most gamers, but keep in mind that while this is your gaming laptop, you will likely also use it for other things like surfing the Internet. If the resolution isn't comfortable, you aren't going to enjoy using it.
Aspect Ratio- As you probably know, a movie theater screen and a TV screen have different proportions. Likewise, there are widescreen format gaming laptops and there are laptops that have a standard aspect ratio - like that of a TV. A widescreen format gaming laptop has advantages and disadvantages. Many games today do not have a widescreen mode. This means that the game may stretch across the screen and become distorted or you may run it with black bars that fill in the sides. There are ways to get around this, but if you want an out of the box perfect experience, the widescreen format may not be for you.
That said, a widescreen LCD does offer plenty of screen real estate for web surfing and other type of computer activities, and a game played in a wide format setting offers an expansive field of view. For this reason, there are some very loyal widescreen-loving gamers out there. Do your best to find a balance between current and future technology and what your computer habits are beyond gaming. Even with its limitations, the widescreen format is found on most of the best gaming laptop computers.
Rise and Fall - The phrase ‘rise and fall time' is used to describe how fast the LCD can respond to changes. In the past, LCDs have been plagued with the inability to render images as fast as computer games can spit them out. This presents a major problem for laptop gamers because if they can't see the images properly, they can't play the game properly. This lag can mean the difference between playing to win and barely playing.
Fortunately, gaming laptop LCDs have come a long way and they are only getting better. While once it was impossible to game on a laptop screen, the gaming laptop LCDs of today offer 25 milliseconds or less rise and fall time while generally off-the-shelf laptops have 40 milliseconds or less rise and fall time.
Contrast - If a gaming laptop LCD has poor contrast, that means that the black areas aren't quite as black as they should be and the white areas aren't quite as white. This is important to a laptop gamer because you have to see the game properly - as it was intended to be seen - in order to compete effectively. Look for a contrast ratio of 400:1 or higher in a custom gaming laptop computer.
Viewing Angle - This is an often-overlooked LCD feature, but it must be considered if you are building a gaming laptop computer. Many high quality LCDs on the market are difficult to see clearly at any angle other than straight on and at the right height. This can be a big drawback to gaming on a LCD screen because a screen with poor viewing angles won't allow others to watch the screen as you play and also hurts your view when doing something as simple as adjusting your seating, which can require you to then adjust to position of your laptop screen to see it properly again.
But gaming on a laptop does not mean that you are doomed to have poor viewing angles. There are LCDs on the market that have amazing viewing angles - up to 120 degrees. These screens not only allow gaming onlookers, but they also allow you to use that giant, crisp screen to do things like play movies and even make presentations.
Size - In a gaming laptop computer, size is everything. Most gaming laptops are large, robust pieces of electronics. Having a machine of this stature means you also get to have a large screen. The best gaming laptop computer LCD screens out there are at least 15 inches. A crowd favorite is a 17 inch widescreen (even with the challenges that widescreens present). Largr 19 inch laptop screens are just starting to be talked about with consumers expecting to see 19 inch or even large models on the market in the near future.
The best way to really get a feel for what laptop LCDs are all about is to take a trip to a local box store and play with the LCDs on the display laptops while keeping in mind what you have read here. While these laptops are not custom gaming laptops, you can see what the sizes really look like, what different resolutions look like, and what the viewing angles truly are so you can start to develop your own preferences.
The RAM - What Type and How Much?
The RAM (random access memory) found in laptops is called SODIMM (small outline dual inline memory module). The RAM is responsible for your processing power. If you are shopping for a custom gaming laptop, you will generally be offered DDR2 RAM with the choice of how much you want in your computer. Most high-end games being released today need 1GB of RAM for optimum, lag-free game play. Some people are going with 2GB to ensure that they can run multiple applications along with the game and not experience any slow down in response time. This is a large investment and you want to be able to use this gaming laptop for some time in the future. Most custom laptops are user upgradeable, but this should be left up to professionals.
The CPU - Not Just Mobile Technology
The CPUs (central processing units) found in many custom gaming laptops are identical to those found in desktops. These chips require a great deal of cooling power, which in turn can make your laptop louder than light weight, lower power ultra portables when the fans kick on and it can become somewhat warm to the touch. Don't be alarmed by this - it is normal. And with these desktop processors comes screaming power! Don't waste your money on the latest CPU release that likely has an inflated price tag (and that price will likely come down before long). Stick with a current CPU speed that is offered by a reputable custom gaming laptop reseller, and you really can't go wrong.
The Gaming Laptop Hard Drive
This is the final component to consider when building a gaming laptop. Laptop hard drives come in a variety of speeds and capacities ranging from 4200 to 7200 RPMs and 40 to over 100 GBs. For the most part, this is user preference. Whenever possible, go for a 7200 RPM hard drive, but if you need a capacity not offered in this speed, it's okay to go for the 5400 RPM drive. Take a look at your current computer, and buy your capacity based on this. Also keep in mind that with many custom gaming laptop manufacturers, you have the ability to upgrade or add another hard drive at a later date.
At the end of the day, gaming laptop computers are all about power. Don't expect a twelve-pound notebook with a desktop processor, numerous fans, a giant heatsink, and independent video card to last on battery power all that long. But do make sure to enjoy the jawdrops that you'll get as you walk into your regular LAN party location with your new, screaming-fast gaming laptop computer. Crack that puppy open, fire it up, and stand clear of the drool as you take on your favorite game with fellow gamers gathered around to take in the action. Gaming is not just for desktops anymore.
Buying a gaming laptop can be simple if you watch out for the points mentioned above. Most manufacturers have pre-built gaming configurations. These configurations can end up costing less compared to custom built notebooks but can also be lacking in some aspects.
Since there are so many customizable components in these laptops, a standard practice has been to create what some call a “system builder.” This is the page where you get to add and subtract components through drop-down menus in order to create the best gaming laptop computer for your needs and your budget. This type of page can be overwhelming to someone just starting the gaming laptop shopping process, but it is very manageable if you take it just one component at a time.
The Gaming Laptop GPU
This is the heart of a gaming laptop computer. The GPU - graphics processing unit - is a component that will make or break your gaming experience. If your GPU isn't up to snuff, your games won't play. Without getting into specific models since they change all the time, the key is that the graphics card not share resources with the computer. A gaming laptop video card must have its own memory on board. Generally speaking, standard off-the-shelf laptops will not have this feature. The two current makers of laptop video cards are nVIDIA and ATI.
Without the Screen, You Don't Have Much
What good is a gaming laptop without a screen that can actually render your games? Now certainly, you can connect an external monitor, but if you can't actually play on your gaming laptop without that external monitor, then your laptop isn't all that mobile. While the technology and terminology for LCDs (liquid crystal displays) could take up an entire article in itself, there are a few key points to keep in mind when choosing from available LCD options for your new gaming laptop computer: native resolution, aspect ratio, rise and fall time, contrast, viewing angle, and size.
Native Resolution- The native resolution is simply the setting at which your screen will render the clearest images. Since games are constantly in motion, slightly soft edges may not bother most gamers, but keep in mind that while this is your gaming laptop, you will likely also use it for other things like surfing the Internet. If the resolution isn't comfortable, you aren't going to enjoy using it.
Aspect Ratio- As you probably know, a movie theater screen and a TV screen have different proportions. Likewise, there are widescreen format gaming laptops and there are laptops that have a standard aspect ratio - like that of a TV. A widescreen format gaming laptop has advantages and disadvantages. Many games today do not have a widescreen mode. This means that the game may stretch across the screen and become distorted or you may run it with black bars that fill in the sides. There are ways to get around this, but if you want an out of the box perfect experience, the widescreen format may not be for you.
That said, a widescreen LCD does offer plenty of screen real estate for web surfing and other type of computer activities, and a game played in a wide format setting offers an expansive field of view. For this reason, there are some very loyal widescreen-loving gamers out there. Do your best to find a balance between current and future technology and what your computer habits are beyond gaming. Even with its limitations, the widescreen format is found on most of the best gaming laptop computers.
Rise and Fall - The phrase ‘rise and fall time' is used to describe how fast the LCD can respond to changes. In the past, LCDs have been plagued with the inability to render images as fast as computer games can spit them out. This presents a major problem for laptop gamers because if they can't see the images properly, they can't play the game properly. This lag can mean the difference between playing to win and barely playing.
Fortunately, gaming laptop LCDs have come a long way and they are only getting better. While once it was impossible to game on a laptop screen, the gaming laptop LCDs of today offer 25 milliseconds or less rise and fall time while generally off-the-shelf laptops have 40 milliseconds or less rise and fall time.
Contrast - If a gaming laptop LCD has poor contrast, that means that the black areas aren't quite as black as they should be and the white areas aren't quite as white. This is important to a laptop gamer because you have to see the game properly - as it was intended to be seen - in order to compete effectively. Look for a contrast ratio of 400:1 or higher in a custom gaming laptop computer.
Viewing Angle - This is an often-overlooked LCD feature, but it must be considered if you are building a gaming laptop computer. Many high quality LCDs on the market are difficult to see clearly at any angle other than straight on and at the right height. This can be a big drawback to gaming on a LCD screen because a screen with poor viewing angles won't allow others to watch the screen as you play and also hurts your view when doing something as simple as adjusting your seating, which can require you to then adjust to position of your laptop screen to see it properly again.
But gaming on a laptop does not mean that you are doomed to have poor viewing angles. There are LCDs on the market that have amazing viewing angles - up to 120 degrees. These screens not only allow gaming onlookers, but they also allow you to use that giant, crisp screen to do things like play movies and even make presentations.
Size - In a gaming laptop computer, size is everything. Most gaming laptops are large, robust pieces of electronics. Having a machine of this stature means you also get to have a large screen. The best gaming laptop computer LCD screens out there are at least 15 inches. A crowd favorite is a 17 inch widescreen (even with the challenges that widescreens present). Largr 19 inch laptop screens are just starting to be talked about with consumers expecting to see 19 inch or even large models on the market in the near future.
The best way to really get a feel for what laptop LCDs are all about is to take a trip to a local box store and play with the LCDs on the display laptops while keeping in mind what you have read here. While these laptops are not custom gaming laptops, you can see what the sizes really look like, what different resolutions look like, and what the viewing angles truly are so you can start to develop your own preferences.
The RAM - What Type and How Much?
The RAM (random access memory) found in laptops is called SODIMM (small outline dual inline memory module). The RAM is responsible for your processing power. If you are shopping for a custom gaming laptop, you will generally be offered DDR2 RAM with the choice of how much you want in your computer. Most high-end games being released today need 1GB of RAM for optimum, lag-free game play. Some people are going with 2GB to ensure that they can run multiple applications along with the game and not experience any slow down in response time. This is a large investment and you want to be able to use this gaming laptop for some time in the future. Most custom laptops are user upgradeable, but this should be left up to professionals.
The CPU - Not Just Mobile Technology
The CPUs (central processing units) found in many custom gaming laptops are identical to those found in desktops. These chips require a great deal of cooling power, which in turn can make your laptop louder than light weight, lower power ultra portables when the fans kick on and it can become somewhat warm to the touch. Don't be alarmed by this - it is normal. And with these desktop processors comes screaming power! Don't waste your money on the latest CPU release that likely has an inflated price tag (and that price will likely come down before long). Stick with a current CPU speed that is offered by a reputable custom gaming laptop reseller, and you really can't go wrong.
The Gaming Laptop Hard Drive
This is the final component to consider when building a gaming laptop. Laptop hard drives come in a variety of speeds and capacities ranging from 4200 to 7200 RPMs and 40 to over 100 GBs. For the most part, this is user preference. Whenever possible, go for a 7200 RPM hard drive, but if you need a capacity not offered in this speed, it's okay to go for the 5400 RPM drive. Take a look at your current computer, and buy your capacity based on this. Also keep in mind that with many custom gaming laptop manufacturers, you have the ability to upgrade or add another hard drive at a later date.
At the end of the day, gaming laptop computers are all about power. Don't expect a twelve-pound notebook with a desktop processor, numerous fans, a giant heatsink, and independent video card to last on battery power all that long. But do make sure to enjoy the jawdrops that you'll get as you walk into your regular LAN party location with your new, screaming-fast gaming laptop computer. Crack that puppy open, fire it up, and stand clear of the drool as you take on your favorite game with fellow gamers gathered around to take in the action. Gaming is not just for desktops anymore.
Buying a gaming laptop can be simple if you watch out for the points mentioned above. Most manufacturers have pre-built gaming configurations. These configurations can end up costing less compared to custom built notebooks but can also be lacking in some aspects.
How To Download ipod Nano Songs To Your Computer
Download Ipod Nano song is not difficult as long as you know what you are doing, and one of the best features is that it doesn't matter whether you have a regular Ipod, Ipod Nano or even Ipod Video!
There are two easy ways to download a free Ipod Nano song, or even songs for any other Ipod come to think of it. A lot of people are confused by this, so I'm hoping you will find that this article will help you.
The starting point for many people is to take the songs on their CD collection, and download them to their Ipod. If you start here, then you have immediately got some songs to listen to, and you don't need to pay any money to do it! It can be done like this:
This article assumes that you already have the songs you want to download on your computer, or that they are on a CD. If you haven't got them in this form, and are looking to download free songs for your Ipod Nano, please see the links at the bottom of this article.
Step 1
Start your computer, and make sure you are connected to the internet. You need the Itunes program, so download that if you haven't already done so, and be sure you have the latest version. Neither the download nor the update take very long. You should have the Itunes program on your computer, ideally the current version. If you need to get it, connect to Apple.com to update your version. It doesn't take long to update to the current version , and it should be easy to do.
Step 2
Before you can download Ipod Nano songs onto your Ipod, you must rip the songs from your CDs and put them into Itunes. This is quite an easy task, but if you need help with this, Itunes will help you with the built in guide. We need to rip the songs from your CD collection to get them on to the computer. This is not difficult to do, Itunes can do all of the work. It can take quite a bit of time if you have a lot of CDs, so allow an hour or two if you've got a lot of music to rip.
Step3
Use the USB lead to connect the computer and your Ipod. As soon as the two pieces of equipment recognise each other, simply use drag and drop to move your chosen songs onto the Ipod. Ipods are not necessarily quick, especially the Nanos, so you may have to wait a bit while the download finishes.
Step 4
When you have finished this, you can listen to your downloads. That really is all there is to it for the first way to download free Ipod Nano song.
Another way of downloading free music is by finding a good free music download site, and downloading some music from it. This is not easy though, as many of the sites claiming to offer “free” downloads will make you pay a per download fee, and some can even be dangerous to your computer or Ipod, by infecting them with unwanted software. If you can find some download sites that you can trust, you will probably find it well worth your while. Most of the best sites will charge you a one off fee to join the site, which goes towards the upkeep of their servers and software. This should ensure that the site will have good quality downloads, and download at a reasonable speed.
Downloading songs for your Ipod or Nano or video or any other kind of Ipod need not be difficult or expensive, as we have shown you here.
There are two easy ways to download a free Ipod Nano song, or even songs for any other Ipod come to think of it. A lot of people are confused by this, so I'm hoping you will find that this article will help you.
The starting point for many people is to take the songs on their CD collection, and download them to their Ipod. If you start here, then you have immediately got some songs to listen to, and you don't need to pay any money to do it! It can be done like this:
This article assumes that you already have the songs you want to download on your computer, or that they are on a CD. If you haven't got them in this form, and are looking to download free songs for your Ipod Nano, please see the links at the bottom of this article.
Step 1
Start your computer, and make sure you are connected to the internet. You need the Itunes program, so download that if you haven't already done so, and be sure you have the latest version. Neither the download nor the update take very long. You should have the Itunes program on your computer, ideally the current version. If you need to get it, connect to Apple.com to update your version. It doesn't take long to update to the current version , and it should be easy to do.
Step 2
Before you can download Ipod Nano songs onto your Ipod, you must rip the songs from your CDs and put them into Itunes. This is quite an easy task, but if you need help with this, Itunes will help you with the built in guide. We need to rip the songs from your CD collection to get them on to the computer. This is not difficult to do, Itunes can do all of the work. It can take quite a bit of time if you have a lot of CDs, so allow an hour or two if you've got a lot of music to rip.
Step3
Use the USB lead to connect the computer and your Ipod. As soon as the two pieces of equipment recognise each other, simply use drag and drop to move your chosen songs onto the Ipod. Ipods are not necessarily quick, especially the Nanos, so you may have to wait a bit while the download finishes.
Step 4
When you have finished this, you can listen to your downloads. That really is all there is to it for the first way to download free Ipod Nano song.
Another way of downloading free music is by finding a good free music download site, and downloading some music from it. This is not easy though, as many of the sites claiming to offer “free” downloads will make you pay a per download fee, and some can even be dangerous to your computer or Ipod, by infecting them with unwanted software. If you can find some download sites that you can trust, you will probably find it well worth your while. Most of the best sites will charge you a one off fee to join the site, which goes towards the upkeep of their servers and software. This should ensure that the site will have good quality downloads, and download at a reasonable speed.
Downloading songs for your Ipod or Nano or video or any other kind of Ipod need not be difficult or expensive, as we have shown you here.
Types Of Microscopes
Microscopes are mechanical devices used for viewing objects and materials so minute in size that they are undetectable by the naked eye. The process conducted with such an instrument, called Microscopy, uses the combined schools of optical science and light reflection, controlled and manipulated through lenses, to study small objects at close range.
The basic microscope consists of several complex and interrelated parts: a cylinder that provides a necessary space of air between the ocular lens (eye piece) situated at the top and the objective lens fixed at the bottom, hovering close to a stage containing an optical assembly on a rotating arm and a centered hole through which a light shines from a solid U-shaped stand beneath. Magnifying values for the ocular range through X5, X10, to X20, while the values for the objective lens has a broader span: X5, X10, X20, X40, X80, and X100. These values provide the observer with a spectrum of possible distance orientations and degrees of sharpness as are necessary for viewing and analysis.
The types of microscopes are:
1. Compound Microscopes
A Compound Microscope is a microscope that consists essentially of two or more double convex lenses fixed in the two extremities of a hollow cylinder. The upper lens is the eyepiece and the lower lines in the objective. The cylinder is mounted upright on a screw device that permits it to be raised or lowered until the object is in focus and until a clear image is formed.
When an object is in focus, a real inverted image is formed by the lower lens at a point inside the principal focus of the upper lens. This image serves as an object for the upper lens that produces another image larger still and visible to the eye of the observer.
2. Stereo Microscopes
A Stereo Microscope is a lower powered microscope instrument that features a large stage for closer viewing of the non-microscopic world. This microscope makes tiny objects gigantic. It is known as a dissecting microscope. This microscope is also known as the Dissecting Microscope, and uses two separate optical shafts (for both eyes) to create a three-dimensional image of the object through two slightly different viewpoints. This kind of microscope conducts microsurgery, dissection, watch-making, small circuit board manufacturing, etc.
With stereo microscopes, tiny things became large, in layman's terms, the flaws in gemstones and coins become obvious. There are inexpensive models that are available for children and students. The stereo microscopes provides zoom, improved optics and enhanced lighting that meet the demand of professional use.
3. Electron Microscopes
Electron Microscopes are those microscopes that use electrons rather than visible light to produce images. Electron microscopes can magnify very small detail with high resolving power. This kind of microscope employs electron waves running parallel to a magnetic field providing higher resolution. Two Electron Microscopes are the Scanning Electron Microscope and the Transmission Electron Microscope.
This was invented by a German physicist Ernst Ruska. After Ruska introduced his invention to the world, the electron microscopes have evolved into something that is very distinct and advanced as a vital tool in the medical world today.
4. Digital Microscopes
The Digital Microscope is the newest innovation of microscopy that uses a digital camera in imaging. It utilizes USB technology to produce live image viewable on a computer monitor.
It makes use of an inverted lens design so specimens of variable sizes and shapes can be viewed with little or no preparation and a rotatable lamp that enables the illumination of opaque specimens by reflected light.
5. Video Microscopes
A Video Microscope is like a digital microscope. It is being powered through the use of video and digital cameras with many features that are specifically designed to suit microscopy.
The video and cameras used in video microscopes offer high resolutions coupled with high sensitivity. All are designed for broad range of imaging applications. They are designed to excel at rapid acquisition of low-light level fluorescence images.
6. Scanning Probe Microscopes
This kind of microscope measures interaction between a physical probe and a sample to form a micrograph. Only surface data can be collected and analyzed from the sample. Types of Scanning Probe Microscopes include the Atomic Force Microscope, the Scanning Tunneling Microscope, the Electric Force Microscope, and the Magnetic Force Microscope.
For instance, the scanning tunnelling microscopes are instruments used in scanning probe microscopy. It can view very small images of any conductive surface and can inspect an area as small as 2 x 10-10 m or 0.2 nanometer. Using its tip, it can alter the material being investigated by manipulating its atoms. This tip is connected to a scanner, a positioning device then a computer where the data is transmitted.
The scanning tunnelling microscope allows a scientist to visualize areas of high electron density, consequently letting them understand the position of individual atoms, where before most could only give an educated guess.
7. Confocal Microscopy
Confocal Microscopy is a great tool used to get high-resolution images and restructured to create a 3 dimensional image of the scanned object. They are able to provide smooth and clear smudge free images with different depths then reconstructed to give an in-depth picture. A computer is used in this process allowing for a faster and easier image production. The use of lasers in later models allowed for it to be extremely accurate.
8. Optical Microscope
This is the first ever created. The optical microscope has one or two lenses that work to enlarge and enhance images placed between the lower-most lens and the light source.
9. Simple Optical Microscope
This uses one lens, the convex lens, in the magnifying process. This kind of microscope was used by Anton Van Leeuwenhoek during the late-sixteen and early-seventeenth centuries, around the time that the microscope was invented.
10. Petrographic Microscope
This kind of microscope features a polarizing filter, a rotating stage, and gypsum plate. Petrographic Microscopes specialize in the study of inorganic substances whose properties tend to alter through shifting perspective.
11. Pocket Microscope
This kind of microscope consists of a single shaft with an eye piece at one end and an adjustable objective lens at the other. This old-style microscope has a case for easy carry.
Science wouldn't be what it is today without the microscope, as this device is the primary instrument by which the world and all of its elements are measured and assessed. It is with the microscope that we take a look inside of ourselves so we can learn and understand who we are and how we work.
The basic microscope consists of several complex and interrelated parts: a cylinder that provides a necessary space of air between the ocular lens (eye piece) situated at the top and the objective lens fixed at the bottom, hovering close to a stage containing an optical assembly on a rotating arm and a centered hole through which a light shines from a solid U-shaped stand beneath. Magnifying values for the ocular range through X5, X10, to X20, while the values for the objective lens has a broader span: X5, X10, X20, X40, X80, and X100. These values provide the observer with a spectrum of possible distance orientations and degrees of sharpness as are necessary for viewing and analysis.
The types of microscopes are:
1. Compound Microscopes
A Compound Microscope is a microscope that consists essentially of two or more double convex lenses fixed in the two extremities of a hollow cylinder. The upper lens is the eyepiece and the lower lines in the objective. The cylinder is mounted upright on a screw device that permits it to be raised or lowered until the object is in focus and until a clear image is formed.
When an object is in focus, a real inverted image is formed by the lower lens at a point inside the principal focus of the upper lens. This image serves as an object for the upper lens that produces another image larger still and visible to the eye of the observer.
2. Stereo Microscopes
A Stereo Microscope is a lower powered microscope instrument that features a large stage for closer viewing of the non-microscopic world. This microscope makes tiny objects gigantic. It is known as a dissecting microscope. This microscope is also known as the Dissecting Microscope, and uses two separate optical shafts (for both eyes) to create a three-dimensional image of the object through two slightly different viewpoints. This kind of microscope conducts microsurgery, dissection, watch-making, small circuit board manufacturing, etc.
With stereo microscopes, tiny things became large, in layman's terms, the flaws in gemstones and coins become obvious. There are inexpensive models that are available for children and students. The stereo microscopes provides zoom, improved optics and enhanced lighting that meet the demand of professional use.
3. Electron Microscopes
Electron Microscopes are those microscopes that use electrons rather than visible light to produce images. Electron microscopes can magnify very small detail with high resolving power. This kind of microscope employs electron waves running parallel to a magnetic field providing higher resolution. Two Electron Microscopes are the Scanning Electron Microscope and the Transmission Electron Microscope.
This was invented by a German physicist Ernst Ruska. After Ruska introduced his invention to the world, the electron microscopes have evolved into something that is very distinct and advanced as a vital tool in the medical world today.
4. Digital Microscopes
The Digital Microscope is the newest innovation of microscopy that uses a digital camera in imaging. It utilizes USB technology to produce live image viewable on a computer monitor.
It makes use of an inverted lens design so specimens of variable sizes and shapes can be viewed with little or no preparation and a rotatable lamp that enables the illumination of opaque specimens by reflected light.
5. Video Microscopes
A Video Microscope is like a digital microscope. It is being powered through the use of video and digital cameras with many features that are specifically designed to suit microscopy.
The video and cameras used in video microscopes offer high resolutions coupled with high sensitivity. All are designed for broad range of imaging applications. They are designed to excel at rapid acquisition of low-light level fluorescence images.
6. Scanning Probe Microscopes
This kind of microscope measures interaction between a physical probe and a sample to form a micrograph. Only surface data can be collected and analyzed from the sample. Types of Scanning Probe Microscopes include the Atomic Force Microscope, the Scanning Tunneling Microscope, the Electric Force Microscope, and the Magnetic Force Microscope.
For instance, the scanning tunnelling microscopes are instruments used in scanning probe microscopy. It can view very small images of any conductive surface and can inspect an area as small as 2 x 10-10 m or 0.2 nanometer. Using its tip, it can alter the material being investigated by manipulating its atoms. This tip is connected to a scanner, a positioning device then a computer where the data is transmitted.
The scanning tunnelling microscope allows a scientist to visualize areas of high electron density, consequently letting them understand the position of individual atoms, where before most could only give an educated guess.
7. Confocal Microscopy
Confocal Microscopy is a great tool used to get high-resolution images and restructured to create a 3 dimensional image of the scanned object. They are able to provide smooth and clear smudge free images with different depths then reconstructed to give an in-depth picture. A computer is used in this process allowing for a faster and easier image production. The use of lasers in later models allowed for it to be extremely accurate.
8. Optical Microscope
This is the first ever created. The optical microscope has one or two lenses that work to enlarge and enhance images placed between the lower-most lens and the light source.
9. Simple Optical Microscope
This uses one lens, the convex lens, in the magnifying process. This kind of microscope was used by Anton Van Leeuwenhoek during the late-sixteen and early-seventeenth centuries, around the time that the microscope was invented.
10. Petrographic Microscope
This kind of microscope features a polarizing filter, a rotating stage, and gypsum plate. Petrographic Microscopes specialize in the study of inorganic substances whose properties tend to alter through shifting perspective.
11. Pocket Microscope
This kind of microscope consists of a single shaft with an eye piece at one end and an adjustable objective lens at the other. This old-style microscope has a case for easy carry.
Science wouldn't be what it is today without the microscope, as this device is the primary instrument by which the world and all of its elements are measured and assessed. It is with the microscope that we take a look inside of ourselves so we can learn and understand who we are and how we work.
The MICR And Other Technologies
Magnetic Ink Character Recognition (MICR) was developed to utilize the benefits of computer technology in the banking industry. Prior to the use of a MICR line, check sorting by account number was a manual process. Two systems were previously used to handle the large numbers of checks processed in the banking industry: Sort-A-Matic and Top Tab Key Sort.
The Sort-A-Matic system included 100 metal or leather dividers numbered 00 through 99. Each check was placed in the corresponding divider by the first two numbers of the account. The sorting process was then repeated for the next two digits of the account number, and so on. When the process was complete, the checks were grouped by account number.
Under the Top Tab Key Sort system, small holes punched at the top of the checks indicated the digits. For instance, the first hole indicated the value of the first digits (0, 1, 2, 3...) A metal "key" was inserted through the holes to separate all of the checks with the same value in the first digit, and this step was repeated for each digit until all the checks were sorted.
Both of these systems worked, but they were time-consuming. With the advent of the computer and its movement from the laboratory into the business world, a sorting and matching task seemed ideal. Stanford University and Bank of America were the first to successfully use computers to sort and match checks. They developed what is now known as MICR.
The Development of the MICR Font
The MICR font was developed by Stanford University in conjunction with Bank of America and approved by the American Banking Association. The font is known as the E-13B font. E-13B has a total of 14 characters: ten specially designed numbers (0 through 9) and four special symbols (Transit, Amount, On-Us, and Dash).
The letter E indicates the fifth version considered. The letter B indicates the second revision of that version. The number 13 is derived from the 0.013-inch module construction used for stroke and character width. This means that all character widths, both horizontal and vertical, are in multiples of 0.013 inches ranging from 0.052 to 0.091. The significance of this will be explained more thoroughly later in this article.
MICR Readers
Three types of machines are used to read MICR characters. The two that read the characters magnetically are referred to as MICR readers. The third machine is an Optical Character Recognition (OCR) reader.
E-13B characters are printed with toner containing iron oxide, which is capable of being magnetized. MICR readers transport the checks containing the E-13B magnetic characters past a magnet, thereby magnetizing the iron oxide particles. The magnetized characters then pass under a magnetic read head. The magnetic field (flux pattern) caused by the magnetized characters generates a current in the read head. The strength and timing of this current allows the reader to decipher the characters.
Magnetic readers come in two types: single track (single gap or split scan) and multiple track (matrix or pattern) readers.
Single-Track Reader Characteristics
Single track uses a read head with one gap to detect the magnetic flux pattern generated by the MICR character. When a magnetized E-13B printed character moves across the narrow gap of the read head, the electric voltage caused by the magnetic flux from the character generates a waveform unique to each character.
Multi-Track Reader Characteristics
The multiple track reader employs a matrix of tiny, vertically aligned read heads to detect the presence of the magnetic flux pattern. The small individual read heads slice across the character to detect the presence of magnetic flux. This sensing of magnetic flux over time produces a unique matrix pattern for each character.
An OCR reader does not use magnetic properties to detect the E-13B characters. Instead, it uses a scanner to detect the amount of light reflected from the character and the amount of light reflected from the background. A photocell column detects the presence of the dark area of a character.
Waveform Theory
The readers move and read documents from right to left. The right-hand edge of the character, as a result, is the first to cross the read head. Analysis of the signal level created by reading the character 0 will help explain this in greater detail.
As the character moves from right to left under the read head, the gap detects the magnetism of the first right-hand edge (edge 1). This results in the increase in magnetism and a positive peak is created (peak 1). As soon as the right-hand edge moves beyond the read head gap, no new magnetism is found, and thus the wave form returns to the zero signal level.
At the second edge, the vertical read head detects a drop in magnetism, which results in a -110 signal level at peak 2. Again the waveform returns to zero until the next portion of the inner ring of the character is detected. At this point (peak 3), an increase in magnetism (+110) is indicated. Finally, the outer portion of the character is read, resulting in a negative peak (peak 4) of -130.
The placement of the vertical edges must occur in increments of 0.013 inches from the first right-hand edge. There are five characters that have two positive and two negative peaks similar to the character 0 and also appear in a positive-negative-positive-negative format. They are 0, 2, 4, 5, and the transit character, which are differentiated from one another by the horizontal location of the peaks in the waveforms. The peaks do require different amplitudes, but ANSI standards allow them to vary from 50% to 200% of the nominal amplitudes (Canadian standards allow them to vary from 80% to 200% of the nominal amplitudes). This is why the placement of the waveform is so important and why the characters are shaped unusually.
What Affects the Signal Level?
Signal level can vary based on a number of factors. The amount of iron oxide (concentration) that is present in the character will affect the signal level. This is a function not only of the toner itself, but also of how it is laid on the paper and the pile height, which can be controlled by numerous other cartridge components (i.e., "hot" OPCs).
The taller the vertical edge of the character, the taller the peak (either positive or negative). A vertical edge that is not regular and/or not vertical will result in a reduction in the amplitude of the peak and will flatten the peak out.
Keys to proper waveform detection are:
- All peaks in a character's waveform must be detected. The reader sorter must know that the peak is there.
- The peak must be located at or near its anticipated location.
- No significant "extra" peaks can be present.
- There cannot be wide variations in the signal levels of peaks within a character.
What to Look for in MICR Printers and Consumables
Printers that are used for MICR printing must have a unique MICR font that is modified to suit the unique printer engine, and it must be modified to the pixel level to match the magnetic toner provided for that printer. This is essential to ensure the correct waveform, dimension, and signal strength when a check is printed with the correct MICR characters. In addition, the MICR font must meet ABA-X9 standards to ensure acceptance of your checks by banking institutions.
The magnetic MICR toner that you choose must be specifically designed for the particular print engine in the printer. Ensure the toner has been thoroughly tested for consistent signal readings, image permanence and uniformity, and excellent edge acuity. Toner coverage must be solid with no extraneous toner lay down.
OEM cartridges are always a safe (but more expensive) bet. If you buy a "compatible" brand, ensure it has a new OPC drum, new primary charge rollers (PCRs), a new black velvet magnetic sleeve, and new image wiper blades. The hopper system must be filled with high-quality, low-abrasion MICR toner.
The vendor you choose should use the latest and most advance MICR test equipment, such as a Verifier and Golden Qualifier to conform to ANSI X9 Standards. It is also recommended that the systems exceed U.S. and Canadian check printing standards.
The Sort-A-Matic system included 100 metal or leather dividers numbered 00 through 99. Each check was placed in the corresponding divider by the first two numbers of the account. The sorting process was then repeated for the next two digits of the account number, and so on. When the process was complete, the checks were grouped by account number.
Under the Top Tab Key Sort system, small holes punched at the top of the checks indicated the digits. For instance, the first hole indicated the value of the first digits (0, 1, 2, 3...) A metal "key" was inserted through the holes to separate all of the checks with the same value in the first digit, and this step was repeated for each digit until all the checks were sorted.
Both of these systems worked, but they were time-consuming. With the advent of the computer and its movement from the laboratory into the business world, a sorting and matching task seemed ideal. Stanford University and Bank of America were the first to successfully use computers to sort and match checks. They developed what is now known as MICR.
The Development of the MICR Font
The MICR font was developed by Stanford University in conjunction with Bank of America and approved by the American Banking Association. The font is known as the E-13B font. E-13B has a total of 14 characters: ten specially designed numbers (0 through 9) and four special symbols (Transit, Amount, On-Us, and Dash).
The letter E indicates the fifth version considered. The letter B indicates the second revision of that version. The number 13 is derived from the 0.013-inch module construction used for stroke and character width. This means that all character widths, both horizontal and vertical, are in multiples of 0.013 inches ranging from 0.052 to 0.091. The significance of this will be explained more thoroughly later in this article.
MICR Readers
Three types of machines are used to read MICR characters. The two that read the characters magnetically are referred to as MICR readers. The third machine is an Optical Character Recognition (OCR) reader.
E-13B characters are printed with toner containing iron oxide, which is capable of being magnetized. MICR readers transport the checks containing the E-13B magnetic characters past a magnet, thereby magnetizing the iron oxide particles. The magnetized characters then pass under a magnetic read head. The magnetic field (flux pattern) caused by the magnetized characters generates a current in the read head. The strength and timing of this current allows the reader to decipher the characters.
Magnetic readers come in two types: single track (single gap or split scan) and multiple track (matrix or pattern) readers.
Single-Track Reader Characteristics
Single track uses a read head with one gap to detect the magnetic flux pattern generated by the MICR character. When a magnetized E-13B printed character moves across the narrow gap of the read head, the electric voltage caused by the magnetic flux from the character generates a waveform unique to each character.
Multi-Track Reader Characteristics
The multiple track reader employs a matrix of tiny, vertically aligned read heads to detect the presence of the magnetic flux pattern. The small individual read heads slice across the character to detect the presence of magnetic flux. This sensing of magnetic flux over time produces a unique matrix pattern for each character.
An OCR reader does not use magnetic properties to detect the E-13B characters. Instead, it uses a scanner to detect the amount of light reflected from the character and the amount of light reflected from the background. A photocell column detects the presence of the dark area of a character.
Waveform Theory
The readers move and read documents from right to left. The right-hand edge of the character, as a result, is the first to cross the read head. Analysis of the signal level created by reading the character 0 will help explain this in greater detail.
As the character moves from right to left under the read head, the gap detects the magnetism of the first right-hand edge (edge 1). This results in the increase in magnetism and a positive peak is created (peak 1). As soon as the right-hand edge moves beyond the read head gap, no new magnetism is found, and thus the wave form returns to the zero signal level.
At the second edge, the vertical read head detects a drop in magnetism, which results in a -110 signal level at peak 2. Again the waveform returns to zero until the next portion of the inner ring of the character is detected. At this point (peak 3), an increase in magnetism (+110) is indicated. Finally, the outer portion of the character is read, resulting in a negative peak (peak 4) of -130.
The placement of the vertical edges must occur in increments of 0.013 inches from the first right-hand edge. There are five characters that have two positive and two negative peaks similar to the character 0 and also appear in a positive-negative-positive-negative format. They are 0, 2, 4, 5, and the transit character, which are differentiated from one another by the horizontal location of the peaks in the waveforms. The peaks do require different amplitudes, but ANSI standards allow them to vary from 50% to 200% of the nominal amplitudes (Canadian standards allow them to vary from 80% to 200% of the nominal amplitudes). This is why the placement of the waveform is so important and why the characters are shaped unusually.
What Affects the Signal Level?
Signal level can vary based on a number of factors. The amount of iron oxide (concentration) that is present in the character will affect the signal level. This is a function not only of the toner itself, but also of how it is laid on the paper and the pile height, which can be controlled by numerous other cartridge components (i.e., "hot" OPCs).
The taller the vertical edge of the character, the taller the peak (either positive or negative). A vertical edge that is not regular and/or not vertical will result in a reduction in the amplitude of the peak and will flatten the peak out.
Keys to proper waveform detection are:
- All peaks in a character's waveform must be detected. The reader sorter must know that the peak is there.
- The peak must be located at or near its anticipated location.
- No significant "extra" peaks can be present.
- There cannot be wide variations in the signal levels of peaks within a character.
What to Look for in MICR Printers and Consumables
Printers that are used for MICR printing must have a unique MICR font that is modified to suit the unique printer engine, and it must be modified to the pixel level to match the magnetic toner provided for that printer. This is essential to ensure the correct waveform, dimension, and signal strength when a check is printed with the correct MICR characters. In addition, the MICR font must meet ABA-X9 standards to ensure acceptance of your checks by banking institutions.
The magnetic MICR toner that you choose must be specifically designed for the particular print engine in the printer. Ensure the toner has been thoroughly tested for consistent signal readings, image permanence and uniformity, and excellent edge acuity. Toner coverage must be solid with no extraneous toner lay down.
OEM cartridges are always a safe (but more expensive) bet. If you buy a "compatible" brand, ensure it has a new OPC drum, new primary charge rollers (PCRs), a new black velvet magnetic sleeve, and new image wiper blades. The hopper system must be filled with high-quality, low-abrasion MICR toner.
The vendor you choose should use the latest and most advance MICR test equipment, such as a Verifier and Golden Qualifier to conform to ANSI X9 Standards. It is also recommended that the systems exceed U.S. and Canadian check printing standards.
Internet Fax Services
Are you interested in Internet fax services? The advantages of web fax services are many and subscribing to internet fax services is worth the money you spend on it. This article will help you to know all about internet fax services, advantages of online fax services, and what online fax service providers can offer to their customers.
Using internet fax service is an easy way to send and receive fax messages over the internet. Online fax services provide great advantages to its subscribers at affordable rates. By subscribing to internet fax services a customer can send and receive fax messages from anywhere at any time - what one need is a computer, an internet connection and an email ID.
Most of the internet fax services companies provide a paid service and a free service. The difference between these two is that if a customer needs to utilize all the features of an online fax service he/she need to subscribe for a paid fax messaging service. Free services are offered with various limitations such as only receiving faxes or sending a limited number of faxes.
The advantages of using web faxing are that the users can send and receive as many faxes simultaneously or send all faxes instantly. Another major advantage is that, the there is no complexity of a conventional fax machine and those never-ending paper jams. The technology is quick and even cheaper than traditional fax messaging. So why spending time and energy with the traditional fax machine - subscribe for an online fax service now!
The main advantage of internet fax services is that online fax technology makes sending and receiving fax easy and fast. One can even use the service even if he/she does not have access to POTS (Plain Old Telephone) as the internet fax services act as an intermediary to handle the fax sending and receiving process. This allows the users to send and receive faxes, especially those marked with “URGENT” anytime they want.
Using internet fax services is quite easy, the technology is similar to email services to a certain extend. To start using web fax services, first you need to subscribe with an internet fax service provider. The service provide assigns you a unique internet fax number. Same as email ID, this is the address to which other users can send in their fax messages. The subscriber also has to create an email id in the service provider domain, in order to send and receive faxes. This is where the users are supposed to type their messages and it is where the incoming fax messages will be delivered by the service provider. Once the user sent the fax message, the message will be dispatched to the service provider's server, where it is converted into a suitable file format before eventually forwarding it to the recipient's mail box or fax machine, whichever is applicable.
With online fax service you need not have to worry about providing an extra space for you fax machine. Internet fax services can save much of your office space and you can use utilize internet fax services to handle all of your specialized communication needs.
Internet fax services can save your hard earned money to purchase expensive ink cartridges or having the funds to pay the office supplier to send the faxes for you. You can send the fax messages at the convenience of your home or office. The maximum infrastructure one may require is a computer, a reliable internet connection and an email ID.
Sending internet fax message is quite easy. What a user has to do is to simply type the message in the text space of the electronic mail and press the send button. The fax message will be transfer the network based server of the service provider, where it is converted into a suitable file format before eventually forwarding it to the recipient's mail box or fax machine, whichever is applicable.
Online fax facility is offered by several companies - most of the companies ask the users to join in any of their monthly subscription packages. There are also several companies which offer free internet fax services. In free online fax services, the user cannot enjoy all the advantages or features offered in a paid internet fax service. That is there may be limitations such as only a specific number of fax messages per month or the user can only receive messages. Therefore, selecting a paid online fax service will be better for the user to enjoy all the benefits of internet fax service.
Web faxing or email faxing is an efficient technology which bridges the gap between traditional fax machines and web based communication. Internet fax services eliminate the operational cost and complexity of using fax machines and provide the users the flexibility and easiness to send and receive fax messages. After all, internet fax service is another communicating tool which makes life easier.
Using internet fax service is an easy way to send and receive fax messages over the internet. Online fax services provide great advantages to its subscribers at affordable rates. By subscribing to internet fax services a customer can send and receive fax messages from anywhere at any time - what one need is a computer, an internet connection and an email ID.
Most of the internet fax services companies provide a paid service and a free service. The difference between these two is that if a customer needs to utilize all the features of an online fax service he/she need to subscribe for a paid fax messaging service. Free services are offered with various limitations such as only receiving faxes or sending a limited number of faxes.
The advantages of using web faxing are that the users can send and receive as many faxes simultaneously or send all faxes instantly. Another major advantage is that, the there is no complexity of a conventional fax machine and those never-ending paper jams. The technology is quick and even cheaper than traditional fax messaging. So why spending time and energy with the traditional fax machine - subscribe for an online fax service now!
The main advantage of internet fax services is that online fax technology makes sending and receiving fax easy and fast. One can even use the service even if he/she does not have access to POTS (Plain Old Telephone) as the internet fax services act as an intermediary to handle the fax sending and receiving process. This allows the users to send and receive faxes, especially those marked with “URGENT” anytime they want.
Using internet fax services is quite easy, the technology is similar to email services to a certain extend. To start using web fax services, first you need to subscribe with an internet fax service provider. The service provide assigns you a unique internet fax number. Same as email ID, this is the address to which other users can send in their fax messages. The subscriber also has to create an email id in the service provider domain, in order to send and receive faxes. This is where the users are supposed to type their messages and it is where the incoming fax messages will be delivered by the service provider. Once the user sent the fax message, the message will be dispatched to the service provider's server, where it is converted into a suitable file format before eventually forwarding it to the recipient's mail box or fax machine, whichever is applicable.
With online fax service you need not have to worry about providing an extra space for you fax machine. Internet fax services can save much of your office space and you can use utilize internet fax services to handle all of your specialized communication needs.
Internet fax services can save your hard earned money to purchase expensive ink cartridges or having the funds to pay the office supplier to send the faxes for you. You can send the fax messages at the convenience of your home or office. The maximum infrastructure one may require is a computer, a reliable internet connection and an email ID.
Sending internet fax message is quite easy. What a user has to do is to simply type the message in the text space of the electronic mail and press the send button. The fax message will be transfer the network based server of the service provider, where it is converted into a suitable file format before eventually forwarding it to the recipient's mail box or fax machine, whichever is applicable.
Online fax facility is offered by several companies - most of the companies ask the users to join in any of their monthly subscription packages. There are also several companies which offer free internet fax services. In free online fax services, the user cannot enjoy all the advantages or features offered in a paid internet fax service. That is there may be limitations such as only a specific number of fax messages per month or the user can only receive messages. Therefore, selecting a paid online fax service will be better for the user to enjoy all the benefits of internet fax service.
Web faxing or email faxing is an efficient technology which bridges the gap between traditional fax machines and web based communication. Internet fax services eliminate the operational cost and complexity of using fax machines and provide the users the flexibility and easiness to send and receive fax messages. After all, internet fax service is another communicating tool which makes life easier.
Subscribe to:
Posts (Atom)
