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SI2-SSI: FAMII: High Performance and Scalable Fabric Analysis, Monitoring and Introspection Infrastructure for HPC and Big Data

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posted on 05.02.2020 by Hari Subramoni, Dhabaleswar K. Panda, Karen Tomko

As heterogeneous computing (CPUs, GPUs etc.) and , networking (NVLinks, X-Bus etc.) hardware continue to advance, it becomes increasingly essential and challenging to understand the interactions between High-Performance Computing (HPC) and Deep Learning applications/frameworks, the communication middleware they rely on, the underlying communication fabric these high-performance middlewares depend on, and the schedulers that manage HPC clusters. Such understanding will enable application developers/users, system administrators, and middleware developers to maximize the efficiency and performance of individual components that comprise a modern HPC system and solve different grand challenge problems. Moreover, determining the root cause of performance degradation is complex for the domain scientist. The scale of emerging HPC clusters further exacerbates the problem. These issues lead to the following broad challenge: How can we design a tool that enables in-depth understanding of the communication traffic on the interconnect and GPU through tight integration with the MPI runtime at scale?

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SI2-SSI: FAMII: High Performance and Scalable Fabric Analysis, Monitoring and Introspection Infrastructure for HPC and Big Data

Directorate for Computer & Information Science & Engineering

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