Grid computing Essay Example | Topics and Well Written Essays - 750 words

Grid computing - Essay Example The use of computational grid better known as grid technology is basically an application of numerous computers facing the very same problem. Grid computing involves dealing with huge chunks of data and this term is soon becoming extremely popular with each passing day. The most imperative part in grid computing involves the use of software that divides several pieces of program among many computers; it involves dealing with tens and thousands of systems at a time. Cluster computing at a very large stage can also be called as grid computing. Grid computing can be restrained in a corporation or it can be distributed in the public sector too, efficiently meeting the need of the hour. Grid computing involves the use of super or virtual computer and the super computer performs the task of distributed computing. This is an amazing technology which has been applied to more areas than one. For instance, this technology has been applied in the field of Mathematics, problem solving in academi cs etc. This technology is very useful in various fields like drug development, handling the back office work etc. When it comes to e-commerce and web development, no company can ever realize its full potential without making use of this technology. This technology is very different from the conventional cluster computing systems in terms of grid distribution, heterogeneity of grids and the dispersal of grids. This technology involves the use of many loosely coupled grids and also the geographical distribution of grids is extremely different when compared to the conventional cluster computing systems. The advantages of grid computing will be discussed in the following part of the paper. â€Å"Grid computing has been around for a few years now and its advantages are many. Grid computing can be defined in many ways but for these discussions lets simply call it a way to execute compute jobs (e.g. perl scripts, database queries, etc.) across a distributed set of resources