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Development of Common Parallel Programming Platform for MPI and PVM

机译:MPI和PVM公共并行编程平台的开发

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摘要

Parallel virtual machine (PVM) and message-passing interface (MPI) are the most successful message-passing libraries to map parallel algorithm onto parallel computing platform. Configuration of MPI and PVM in the nodes present in parallel computing environment (desktop PC’s interconnected using ethernet LAN) is the time-consuming task for a user. This configuration procedure requires lot of knowledge about the steps to be followed to make them work properly. Configuration becomes the difficult task when there are more number of nodes in the parallel computing environment. Our work aims on developing a common parallel programming platform, which allows a user to get MPI and PVM in the nodes without any time-consuming configuration steps. This is done by integrating the recent version of PVM: PVM3.4.6 into the MPI’s MPICH2 packages in order to simplify the time-consuming task of configuring them separately.
机译:并行虚拟机(PVM)和消息传递接口(MPI)是最成功的消息传递库,用于将并行算法映射到并行计算平台上。在并行计算环境中存在的节点中的MPI和PVM的配置(使用以太网LAN互连的台式PC)是用户的耗时任务。此配置过程需要大量了解要遵循的步骤,以使其正常工作。当并行计算环境中有更多数量的节点时,配置成为困难的任务。我们的作品旨在开发一个常见的并行编程平台,允许用户在没有任何耗时的配置步骤的情况下在节点中获取MPI和PVM。这是通过将最近的PVM版本的PVM:PVM3.4.6集成到MPI的MPICH2包中来完成的,以简化单独配置它们的耗时任务。

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