Improvements through Grid and Utility Computing
In the competitive business world of today, companies have to strive to be the best. They have to develop new ideas and innovations that set them apart. At the same time, these companies need to find ways to perform more efficiently. If a company is efficient in their capabilities then the typical results are the business has lower costs and/or they are performing to the best of their abilities. All companies in today’s world strive for all these things because they know if they do not they will fall behind and send business to their competitors. Many companies have been using a component that helps reduce costs and allows information to be accessed easier across the organization. There are two new advances companies have to choose from. Depending on the type of organization, the size of the company, as well as the needs for the company, they have two types that they can choose from. These new technologies are in two different forms of computing. These two types of computing are Grid Computing and Utility Computing. The main purpose behind both of these ideas is to empower the company with “global reach and supercomputer capabilities” (nature.com). Grid and utility computing are very effective tools and have proven to be a successful addition to several companies.
What is Grid and Utility Computing?
Just by the names it is obvious just how different these two forms of computing are. It is important to understand the meanings behind each name. The first advancement is grid computing. Grid computing was first examined in 1995. During an I-WAY experiment, a number of networks were connected on a grid from 17 sites in North America (nature.com). These networks were able to stay connected for a short period of time. From this experiment a number of developers came out with their own versions. This gave birth to today’s idea of grid computing.
“Grid computing is a large number of servers acting as one computer” (oracle.com). This idea works on the concept of grids. A grid is a combination of severs, networks, storage, and information working together. These things work together to, “create one or more large pools of computing resources” (grid.ziffdavis.com). A grid is unique in that it can be molded and changed to fit the specific needs and demands of each business. “Grid is a type of parallel and distributed system that enable the sharing selection, and aggregation of geographically distributed ‘autonomous’ resources dynamically at runtime depending on their availability, capability, performance, cost, and users’ quality-of-service requirements” (gridcomputing.com). It is based on the idea of cooperation and being able to sharing information. It is different from the idea of the internet because instead of sending the information to others, it is all stored in one place together which is accessible. The grid allows the organization’s users to...