Journal of Computer Science

INJECT AN ELASTIC GRID COMPUTING TECHNIQUES TO OPTIMAL RESOURCE MANAGEMENT TECHNIQUE OPERATIONS

R. Surendran and B. Parvatha Varthini

DOI : 10.3844/jcssp.2013.1051.1060

Journal of Computer Science

Volume 9, Issue 8

Pages 1051-1060

Abstract

Evaluation of sharing on the Internet well- developed from energetic technique of grid computing. Dynamic Grid Computing is Resource sharing in large level high performance computing networks at worldwide. Existing systems have a Limited innovation for resource management process. In proposed work, Grid Computing is an Internet based computing for Optimal Resource Management Technique Operations (ORMTO). ORMTO are Elastic scheduling algorithm, finding the Best Grid node for a task prediction, Fault tolerance resource selection, Perfect resource co-allocation, Grid balanced Resource matchmaking and Agent based grid service, wireless mobility resource access. Survey the various resource management techniques based on the performance measurement factors like time complexity, Space complexity and Energy complexity find the ORMTO with Grid computing. Objectives of ORMTO will provide an efficient Resource co-allocation automatically for a user who is submitting the job without grid knowledge, design a Grid service (portal) for selects the Best Fault tolerant Resource for a given task in a fast, secure and efficient manner and provide an Enhanced grid balancing system for multi-tasking via Hybrid topology based Grid Ranking. Best Quality of Service (QOS) parameters are important role in all RMT. Proposed system ORMTO use the greater number of QOS Parameters for better enhancement of existing RMT. In proposed system, follow the enhanced techniques and algorithms use to improve the Grid based ORMTO.

Copyright

© 2013 R. Surendran and B. Parvatha Varthini. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.