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基于模糊数学的网格资源综合调度算法 被引量:5

Scheduling Algorithm for Grid Resources Comprehensive Partition On Fuzzy Mathematics
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摘要 针对网格计算环境中网格资源的划分及调度问题,应用较完备的模糊数学理论和一个实例详细介绍了一种网格资源的划分及调度方法.其间使用的主要方法有:引入了数据标准化方法,以消除量纲的影响;采取了一种先综合考虑各项指标再分别处理的方法,以先期避免"木桶效应";针对有些文章中仅依靠模糊相似矩阵来进行资源划分的错误进行了纠正,最后的划分应该使用模糊等价矩阵. This paper introduces a method, which divides the Grid Resources on Fuzzy Mathematics in de- tail. Firstly, the data standardization is applied to eliminating the effects of the different dimensions. Secondly, the method considers the Calculate Performance and Communication Performance in the same time at the beginning to avoid the wooden barrel effect at the first possible moment. Finally, aiming at the faet that in some articles, the Fuzzy Similar Matrix is applied to dividing the Grid Resources, this paper uses the Fuzzy Equivalence Matrix to divide the Grid Resourees rather than the Fuzzy Similar Matrix because it holds that there is no theoretieal basis for the Fuzzy Similar Matrix to be able to divide Grid Resources, but only the Fuzzy Equivalence Matrix ean do this.
出处 《重庆工学院学报(自然科学版)》 2009年第3期133-137,143,共6页 Journal of Chongqing Institute of Technology
基金 国家自然科学基金资助项目(10771091)
关键词 网格 网格资源 模糊聚类分析 木桶效应 数据标准化 传递闭包 模糊等价矩阵 grid grid resources fuzzy assemble analysis wooden barrel effect data standardization transitive elosure fuzzy equivalence matrix
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  • 1Buckley J J, Hayashi Y. Fuzzy Genetic Algorithm and Applications [J].Fuzzy Sets and Systems, 1994, 61: 129-1136
  • 2Pedrycz W. Genetic Algorithm for Learning in Fuzzy Relational Structures [J]. Fuzzy Sets and Systems, 1995, 69:35-52
  • 3Blumental M S, Clark D. Rething the Design of the Internet: The End to End Arguments vs. The Brave New World [J]. ACM Trans. On Internet Technology, 2001,1 ( 1 ): 70-109
  • 4Cherbendak A, Foster I, Kesselman C. The Data Grid: Towards an Architecture for the Distributed Management and Analysis of Large Scientific Datasets [J]. Journal of Network and Computer Applications, 2002, 23:187-200
  • 5I Foster,C Kesselman.The Grid:Blueprint for a Future Computing Infrastructure[M].San,Francisco:Morgan Kaufmann,1998
  • 6S Vadhiyar,J Dongarra.A metascheduler for the grid[C].In:Proc of the 11th IEEE Int'l Symp on High Performance Distributed Computing (HPDC 2002).Los Alamitos,CA:IEEE Computer Society Press,2002.343-351
  • 7B Faycal,G Jean-Patrick,L Laurent,et al.Designing and evaluating an active grid architecture[J].Future Generation Computer Systems,Advanced Grid Technologies,2005,21(2):315-330
  • 8R F Freund,H J Siegel.Heterogeneous processing[J].Computer,1993,26(6):18-27
  • 9T C Hu.Parallel sequencing and assembly line problems[J].Operations Research,1961,19(6):841-848
  • 10T L Adam,K M Chandy,J R Dickson.A comparison of list scheduling for parallel processing systems[J].Communications of the ACM,1974,17(12):685-690

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