网格环境下负载均衡与容错的公平调度方法

S. K. Karthikumar, M. Preethi, P. Chitra
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引用次数: 6

摘要

网格计算正在成为分布式环境下的一项重要技术。网格计算中考虑的主要问题是负载均衡、容错和故障恢复。本文主要研究负载均衡和容错问题。通过在站点中适当地维护工作负载,负载平衡是一项重要的技术。本文设计了一个网格调度器,它为最近的候选站点集选择最小加载站点,在网格内执行作业。然后根据站点的可用性将作业分派给Fault Detector。网格环境中的负载均衡任务将显著提高网格环境的性能。容错是网格环境下的一项重要技术。此技术将用于从处理器故障执行作业。为了实现高吞吐量和资源利用率,我们提出了一种公平调度算法。使用网格仿真工具包(GridSim)对所提出的系统进行了跟踪。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fair scheduling approach for Load balancing and Fault tolerant in grid environment
Grid computing is becoming an important technology in distributed environment. The Main issues consider in grid computing is Load balancing, Fault tolerance and Fault recovery. This paper Focuses on Load balancing and Fault tolerance. Load balancing is an important technique by maintaining the workload properly in the sites. This article designs a Grid Scheduler, which selects the Minimum Loaded Site for the candidate set of nearest sites, Execute the job within the Grid. Then the job is dispatched to the Fault Detector based on the availability of the site. The load balancing task in the grid environment will significantly improve the performance of the grid environment. Fault tolerance is a main technique in grid environment. This technique will used to execute the job from the processor failure. To achieve high throughput and resource utilization we propose a Fair scheduling algorithm. Trails for the proposed system are conducted using Grid Simulation Toolkit (GridSim).
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