推我拉你:整合对立的数据传输模式为高效的HPC应用程序监控

O. Aaziz, J. Cook, Hadi Sharifi
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引用次数: 4

摘要

虽然HPC系统监控是一种必要且可接受的实践,但在生产环境中应用程序基本上仍然是不透明的。为了更好地管理和利用HPC平台,特别是随着平台向百亿亿级规模发展,HPC应用程序在生产环境中的执行需要更加透明。PROMON是一个用于在生产环境中监视应用程序的框架,但是它的设计集中在提供易于使用的应用程序检测的前端问题上。本文介绍了一种高效的高性能计算系统监控框架——PROMON与LDMS的集成。PROMON和LDMS提供了集成两种不同的仪器和监控模型的案例研究,其经验教训适用于其他HPC监控问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Push Me Pull You: Integrating Opposing Data Transport Modes for Efficient HPC Application Monitoring
While HPC system monitoring is a necessary and accepted practice, applications are still basically opaque in the production environment. For better HPC platform management and utilization, especially as platforms push towards exascale size, HPC applications need to be more transparent in their execution in the production environment. PROMON is a framework for application monitoring in the production environment, but its design concentrated on the front end issues of offering easy to use application instrumentation. This paper presents the integration of PROMON with LDMS, a proven efficient HPC system monitoring framework. PROMON and LDMS offer a case study in integrating two disparate instrumentation and monitoring models, and the lessons are applicable to other HPC monitoring issues.
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