Grid Computing is an advanced technology of distributed computing. A Grid is a collection of computers, storage and other devices which are joined together by any means of communication like internet and which can be used to manage informationand solve their problems among themselves.Grid Computing allows usage of the unutilized resources of other systems. This is achieved by distributing the workload of the system to the other systems in order to use their unused resources such as their memory, processor, etc which results in balancing the workload, decreasing the network traffic, bandwidth, etc. This concept is used in our project to render a large image in a very short time by distributing the image to many systems for using their resources.As the workload is evenly distributed among the grid network, even the large work can be done in a short time itself. The main scope is that using the unused resources to complete the work efficiently. This project helps to use the resources efficiently and cost effective. Grid Computing is about making large amounts of computing power available for applications and users. Collaborative development of Java Grid Engine technology provides the proper development framework to ensure that Grid Engine technology meets the requirements of the largest number of users. Image Transformation using Grid
INTRODUCTION:
Grid Computing is about making large amounts of compute power available for applications and users. Collaborative development of Java Grid Engine technology provides the proper development framework to ensure that Grid Engine technology meets the requirements of the largest number of users.Grid Engine is helpful in three elementary ways. It can:
1.optimally place computing tasks and balance the load on a set of networked computers
2.allow users to generate and queue more computing tasks than can be run at the moment
3.Ensure that tasks are executed with respect to priority and to providing all users with a fair share of access over time.
Grid Engine presents users a seamless, integrated computing capability. Grid Engine is used to support a wide variety of requirements; for instance, where users start many interactive and batch tasks as in product design or financial simulations; where sets of repetitious tasks are run as in software QA; where large numbers of users are placing jobs on limited resources as in education environments; and where users are launching parallel applications across massive numbers of processors for applications such as weather simulation.