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Grid Resource Co-distribution System Design And Analysis

Posted on:2006-07-11Degree:MasterType:Thesis
Country:ChinaCandidate:G LvFull Text:PDF
GTID:2208360152497421Subject:Computer software and theory
Abstract/Summary:PDF Full Text Request
Grid computing is a new technology which has flourishedquickly in recent years. The goal of grid is to realize nontrivial resourcessharing and task collaboration. Grid accomplishes every kind of resources tofull share globally and enables users to access resources easily. Grid has agreat future and is widely used in many fields. Grid research has been carriedout by most of the leading institutes, universities and corporations, and evenby the nations.Resource management system is the foundation and core of grid.Because grid is distributed, heterogeneous and dynamic, it is muchmore difficult to realize resource sharing in grids than in traditionalsystems. Accordingly, it's more difficult to design grid resourcemanagement system. Nowadays, research of grid resourcemanagement system includes two aspects, models and products. But itcan't meet the requirement of grid applications. Resourceco-allocation is very difficult in grids. Research of resourcemanagement system and resource co-allocation has much to do withthe development of grid.The following aspects will be focused on in this dissertation.In the first place, a layered grid resource managementarchitectural model based on agent is put forward. The function ofevery layer is analyzed thoroughly.Secondly, resource co-allocation system based-on agent dynamiccoalition, RCADC, is designed. And some key problems in RCADCare also discussed in this chapter.Finally, Extended Resource Negotiation Protocol, CoalitionMaintenance Protocol, Chandy-misra-haas Algorithm for Grid andWait-Destroy Algorithm are designed and validated.In conclusion, this paper presents a full resource co-allocationsolutions from theory to technique. It is a reference for research anddevelopment of grid resource management system and grid resource...
Keywords/Search Tags:grid, resource management, agent technology, resource co-allocation, deadlock
PDF Full Text Request
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