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Accurate communication models for task scheduling in multicomputers

机译:用于多计算机任务调度的精确通信模型

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Models for computations and message-passing communications are very important for scheduling applications onto multicomputer systems and estimating the parallel execution time. This paper presents new models for communication, scheduling and estimating the execution time. In the proposed models, it is assumed that each processor in the multicomputer system has a router. The processor can only receive data from and send data to the router sequentially while the router can receive data from and send data to the routers of other processors in parallel. The execution time of a given application on a given machine can be then accurately estimated by using the proposed models. The input parameters to the proposed models are determined by measuring some parameters experimentally. Experimental results on the nCUBE2 machine are given to show the correctness of the proposed models.
机译:计算和消息传递通信的模型对于将应用程序调度到多计算机系统上并估计并行执行时间非常重要。本文提出了用于通信,调度和估计执行时间的新模型。在提出的模型中,假定多计算机系统中的每个处理器都有一个路由器。处理器只能顺序地从路由器接收数据并向路由器发送数据,而路由器可以并行地从其他处理器的路由器接收数据并向路由器发送数据。然后,通过使用建议的模型,可以准确地估计给定应用程序在给定机器上的执行时间。通过实验测量一些参数来确定所提出模型的输入参数。给出了在nCUBE2机器上的实验结果,以证明所提出模型的正确性。

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