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Design of a scalable InfiniBand topology service to enable network-topology-aware placement of processes

机译:设计可扩展的InfiniBand拓扑服务,以实现可感知网络拓扑的进程

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Over the last decade, InfiniBand has become an increasingly popular interconnect for deploying modern supercomputing systems. However, there exists no detection service that can discover the underlying network topology in a scalable manner and expose this information to runtime libraries and users of the high performance computing systems in a convenient way. In this paper, we design a novel and scalable method to detect the InfiniBand network topology by using Neighbor-Joining techniques (NJ). To the best of our knowledge, this is the first instance where the neighbor joining algorithm has been applied to solve the problem of detecting InfiniBand network topology. We also design a network-topology-aware MPI library that takes advantage of the network topology service. The library places processes taking part in the MPI job in a network-topology-aware manner with the dual aim of increasing intra-node communication and reducing the long distance inter-node communication across the InfiniBand fabric.
机译:在过去的十年中,InfiniBand已成为部署现代超级计算系统的日益流行的互连。但是,没有检测服务可以以可伸缩的方式发现基础网络拓扑,并以方便的方式将此信息公开给运行时库和高性能计算系统的用户。在本文中,我们设计了一种新颖的,可扩展的方法,即使用邻居加入技术(NJ)来检测InfiniBand网络拓扑。据我们所知,这是首次将邻居加入算法用于解决检测InfiniBand网络拓扑的问题。我们还设计了一个利用网络拓扑服务的网络拓扑感知MPI库。该库以网络拓扑感知的方式放置参与MPI作业的进程,其双重目的是增加节点间的通信并减少整个InfiniBand结构上的节点间的长距离通信。

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