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An efficient negotiation based algorithm for resources advanced reservation using hill climbing in grid computing system

机译:网格计算系统中基于高效协商的爬山资源高级预留算法

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Ensuring quality of services and reducing the blocking probability is one of the important cases in the environment of grid computing. In this paper, we present a deadline aware algorithm to give solution to ensuring the end-to-end QoS and improvement of the efficiency of grid resources. Investigating requests as a group in the start of time slot and trying to accept the highest number of them. Totally can cause to increase the possibility of acceptance of requests and also increase efficiency of grid resources. Deadline aware algorithm reaches us to this goal. Simulations show that the deadline aware algorithm improves efficiency of advance reservation resources in both case. Possibility of acceptance of requests and optimizing resources in short time slot and also in rate of high entrance of requests in each time.
机译:确保服务质量和降低阻塞概率是网格计算环境中的重要情况之一。在本文中,我们提出了一种限期感知算法,以提供解决方案以确保端到端QoS和提高网格资源效率。在时隙开始时将请求作为一个组进行调查,并尝试接受最大数量的请求。完全可以导致增加接受请求的可能性,并且还可以提高网格资源的效率。限时感知算法达到了这个目标。仿真表明,在两种情况下,截止日期感知算法都可以提高预先预订资源的效率。可以在较短的时间段内接受请求并优化资源,并且每次都可以提高请求的进入率。

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