Coordination In Grid Environments - Li, Zhen;Parashar, Manish
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While Grid computing is rapidly emerging as the dominant paradigm for distributed problem solving for a wide range of application domains, the heterogeneity, dynamism, and uncertainty of Grid environments result in significant application coordination challenges. This book investigates a shared-space based decentralized architecture model for addressing scalable and robust coordination for Grid applications. This model employs fully decentralized architecture and provides a global virtual shared-space abstraction that can be associatively accessed by all peers in the system. Further, this…mehr

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Produktbeschreibung
While Grid computing is rapidly emerging as the dominant paradigm for distributed problem solving for a wide range of application domains, the heterogeneity, dynamism, and uncertainty of Grid environments result in significant application coordination challenges. This book investigates a shared-space based decentralized architecture model for addressing scalable and robust coordination for Grid applications. This model employs fully decentralized architecture and provides a global virtual shared-space abstraction that can be associatively accessed by all peers in the system. Further, this access is independent of the physical location of the tuples or identifiers of the host. In this research, we design and develop Comet decentralized coordination infrastructure to demonstrate the conceptual architecture model. The developed architecture model and the Comet infrastructure are used to support coordination and computation in Grid environments. Two prototype systems have been implemented and evaluated.
Autorenporträt
Li, Zhen§Dr. Zhen Li received her Ph.D. degree in Electrical and Computer Engineering from Rutgers University in 2007. Zhen received her MS degree in Beijing University of Post and Telecommunications. Her research interests include multi-agent systems, autonomic computing, parallel and distributed computing, and Grid computing.