TGrid: A New Grid Environment

Deyu Qi, Weiwei Lin
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引用次数: 12

Abstract

A new tree-based grid environment (called TGrid) is presented in this paper after analyzing the problems in current grid environments. TGrid supports high performance computing, subject-oriented resources sharing and the next generation requirement modeling and it also achieves bottom-up, multi-level and demand-oriented abstraction and fusion of multiple resources. And it organizes grid nodes and integrates multiple resources in the tree structure that conforms to the natural hierarchical organization structures, easily achieves hierarchical management, also may reduce load on the central node (server) and realize load balancing for large-scale applications, improve the efficiency of resource searching. After introducing the conceptual model and the resource abstract model for TGrid, the key problems of TGrid implementation are discussed and analyzed. Finally, it focuses on the task allocation algorithm using dynamic load balancing for large-scale applications in TGrid and the experiment results show the effectiveness of this algorithm. TGrid provides a new solution for grid application demands
TGrid:一个新的网格环境
本文在分析当前网格环境存在的问题的基础上,提出了一种新的基于树的网格环境(TGrid)。TGrid支持高性能计算、面向主题的资源共享和下一代需求建模,实现了对多种资源自下而上、多层次、面向需求的抽象和融合。并以符合自然分层组织结构的树形结构组织网格节点和整合多种资源,方便实现分层管理,也可以减少中心节点(服务器)的负载,实现大规模应用的负载均衡,提高资源搜索效率。在介绍了TGrid的概念模型和资源抽象模型的基础上,对TGrid实现中的关键问题进行了讨论和分析。最后,重点研究了基于动态负载均衡的TGrid大规模应用任务分配算法,实验结果表明了该算法的有效性。TGrid为网格应用需求提供了一种新的解决方案
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