The need for self-managed access nodes in grid environments.

R. Noil, F. Julià, J. Torres
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引用次数: 7

Abstract

The Grid is constantly growing and it is being used by more and more applications. In this scenario the entry node is an important component in the whole architecture and will become a contention point. In this paper we will demonstrate that the use of a self-managed layer on the entry node of a grid is necessary. A self-managed system can allow more jobs to be accepted and finished correctly. Since it's not acceptable for a grid middleware layer to lose jobs, we would normally need to prioritize the finishing/acceptance of jobs over the response time or the throughput. A prototype of what could be considered an autonomous system, is presented and tested over an installation of Globus Toolkit (GT4) and shows that we can greatly improve the performance of the original middleware by a factor of 30%. In this paper GT is used as an example but it could be added to any grid middleware
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在网格环境中需要自我管理的访问节点。
网格正在不断发展,并且被越来越多的应用程序所使用。在此场景中,入口节点是整个体系结构中的重要组件,并且将成为争用点。在本文中,我们将演示在网格的入口节点上使用自管理层是必要的。一个自我管理的系统可以允许更多的工作被接受并正确完成。由于网格中间件层丢失作业是不可接受的,因此我们通常需要优先考虑作业的完成/接受,而不是响应时间或吞吐量。在Globus Toolkit (GT4)的安装上,给出了一个可以被视为自治系统的原型,并对其进行了测试,结果表明我们可以将原始中间件的性能大大提高30%。本文以GT为例,但它可以添加到任何网格中间件中
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