middleware architecture for dynamic resource management
K.Ravikumar,M.Sowmiya,G.Sathya
Published in International Journal of Advanced Research in Computer Science Engineering and Information Technology
ISSN: 2321-3337 Impact Factor:1.521 Volume:3 Issue:1 Year: 26 June,2014 Pages:370-374
Abstract
Large-scale overlay systems have become essential components of fully-decentralized programs and peer-to-peer systems. Based on the process at hand, overlay systems are structured into different topologies, such as jewelry, plants, and semantic and geographical vicinity systems. The main part overlay systems play in decentralized database integration needs a more methodical study and effort towards knowing the opportunities and boundaries of overlay system growth in its generality. The rumors method known as T-MAN that can build a variety of overlay systems from the beginning, based upon only on little presumptions. The method is fast, effective, and very simple. It is also highly configurable as the preferred topology itself is a parameter in the form of a position method that purchases nodes according to choice for a platform node to choose them as others who live nearby. Allocated middleware structure and introducing one of its key elements: a rumors method that (1) guarantees reasonable source allowance among sites/applications, (2) dynamically adjusts the allowance to fill changes and (3) devices both in the number of physical devices and sites/applications.
Kewords
gossip-based protocols overlay networks, bootstrapping, and self-organizing middleware.
Reference
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