Interactivity on the grid: limitations and opportunities

M. Meoni
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Abstract

Grid computing has the intrinsic disadvantages of a batch system: the undetermined delay between the time a job is submitted and the time it is completed. Our approach to this problem is iGrid, a framework that proposes to change the Grid from a batch system to a more interactive distributed platform. Agents are deployed on nodes and wait to be contacted by an interactive job to start the computation, thus bypassing the regular Grid scheduler. A CPU fairshare mechanism allows users to get their fair iGrid machine share over a long period. Our prototype implementation scales to all 400 Grid nodes we were granted executing on top a software for data intensive parallel computing
网格上的交互性:限制与机遇
网格计算具有批处理系统固有的缺点:在提交作业的时间和完成作业的时间之间存在不确定的延迟。我们解决这个问题的方法是网格,它是一个框架,提议将网格从批处理系统转变为更具交互性的分布式平台。代理部署在节点上,等待交互作业联系以启动计算,从而绕过常规网格调度器。CPU公平共享机制允许用户在很长一段时间内获得公平的网格机器共享。我们的原型实现扩展到所有400个网格节点,我们被授予在上面执行数据密集型并行计算软件
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