The Advantages of Cluster Computing and Internet Computing

The CERN datacenter with World Wide Web and Ma...
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Companies are always looking for ways to save money and be more efficient. This has inspired them to look at some ideas regarding Internet and cluster computing that have enlightened them to some good possibilities. Many of these companies are starting to make good use of computers that are inactive.

Internet computing is essentially using the Web to access a database to process information. The processing is done via a software program that uses the processor of an otherwise dormant computer. A unit that is used for work for eight hours per day, and then shut down for sixteen hours, can effectively use those sixteen hours to run tasks and perform calculations.

Internet computing allows for computers all around the world to be logged into a database to perform this work without the need of a huge network. The network is, in effect, the Web. All of the processors working with that database are essentially the computer cluster.

Companies and organizations using this kind of system include colleges, government agencies and private institutions. Much of the work being done involves research and the processing and analysis of research data. Some of these organizations are for profit; some of them are nonprofit.

It is common for the nonprofit organizations to use private desktop computers to do their Internet computing. Some of them do interesting and important scientific research that intrigues some people who sympathize with the cause of these groups.

Because of this, those people may volunteer to allow their processors to be used during their machine’s normal down time. This cuts a lot of corners for these organizations by saving them money and an extraordinary amount of time that it would normally take to do this kind of work.

As fast as knowledge already grows, it makes a person wonder what is on the horizon. With the help of Internet and cluster computing, we will see enormous advances in the fields of science and medicine in our lifetimes.

What is Cluster Computing?

Balanceamento de carga (NAT)
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Cluster computing is a type of computing where a group of several computers are linked together, allowing the entire group of computers to behave as if it were a single entity. There are a wide variety of different reasons why people might use cluster computing for various computer tasks. For example, cluster computing combines the computing capability of all the involved computers, helping people who cannot afford a single computer with those capabilities to still be able to take advantage of that level of computing power.

Cluster computing is also used to make sure that a computing system will always be available. It is unknown when this cluster computing concept was first developed, and several different organizations have claimed to have invented it. Some people suggest that cluster computing was probably developed independently by several different people in order to meet their unique computing needs a long time before the technique was ever applied to an industrial setting.

A common application for the cluster computing concept is to host websites such as large-scale websites or top affiliate programs. The cluster distributes the load of the website’s traffic or visitors across a wide range of different computers so that the website can accommodate more visitors at any one single time. Cluster computing is also widely used for the creation of gaming servers when large groups are gaming and want to be able to avoid login problems and issues relating to server lag.

One type of cluster computing is HA or High Availability Cluster Computing, which is used to create a redundant network that all users can access all the time. Fail-safes are generally put in place in case a part of the cluster should happen to break down. There are also load-balancing cluster computers that address large loads of simultaneously incoming requests, coordinating those requests in such a way that both efficiency and usability will be maximized.

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