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A Systematic Approach for Application Migration in a Grid Computing Environment

机译:网格计算环境中应用程序迁移的系统方法

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Enterprises are looking at Grid computing as a technology of enormous potential. One such issue is the issue of Grid application migration, where legacy applications are migrated to the Grid environment. The Grid Application Migration Framework (GAMF), is an attempt to provide a systematic approach for handling the migration process. The framework consists of three independently deployable components: Grid Code Analyzer (GCA), Grid Task Generator (GTG), and Grid Simulator (GS). The GCA component analyzes the different applications and generates a Directed Acyclic Graph (DAG) based on the information obtained from analysis. The DAG is based on both static and runtime information available from application profiling. The DAG information is then analyzed and Grid tasks are generated based on different DAG reducing and clustering algorithms. The simulator takes the generated DAG as input and provides and analyzes the application performance with respect to Grid infrastructure and policies.
机译:企业正在寻找网格计算作为巨大潜力的技术。其中一个问题是网格应用程序迁移问题,其中遗留应用程序迁移到网格环境。网格应用程序迁移框架(GAMF)是一种尝试提供处理迁移过程的系统方法。该框架由三个独立可部署组件组成:网格代码分析仪(GCA),网格任务生成器(GTG)和电网模拟器(GS)。 GCA组件分析不同的应用程序,并基于从分析获得的信息生成定向的非循环图(DAG)。 DAG基于应用程序分析中可获得的静态和运行时信息。然后分析DAG信息,并且基于不同的DAG减少和聚类算法生成网格任务。模拟器将生成的DAG作为输入提供,并为网格基础架构和策略提供和分析应用程序性能。

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