A Benchmark Proposal for Massive Scale Inference Systems: (Work-In-Progress Paper)

Meikel Pöss, R. Nambiar, Karthik Kulkarni
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引用次数: 3

Abstract

Many benchmarks have been proposed to measure the training/learning aspects of Artificial Intelligence systems. This is without doubt very important, because its methods are very computationally expensive, and, therefore, offering a wide variety of techniques to optimize the computational performance.The inference aspect of Artificial Intelligence systems is becoming increasingly important as the these system are starting to massive scale. However, there are no industry standards yet that measures the performance capabilities of massive scale AI deployments that must per-form very large number of complex inferences in parallel. In this work-in-progress paper we describe TPC-I, the industry's first benchmark to measure the performance characteristics of massive scale industry inference deployments. It models a representative use case, which enables hard- and software optimizations to directly benefit real customer scenarios.
大规模推理系统的基准建议:(工作中文件)
已经提出了许多基准来衡量人工智能系统的训练/学习方面。这无疑是非常重要的,因为它的方法在计算上非常昂贵,因此,提供了各种各样的技术来优化计算性能。随着人工智能系统的规模化,人工智能系统的推理方面变得越来越重要。然而,目前还没有行业标准来衡量大规模人工智能部署的性能,因为大规模人工智能部署必须并行执行大量复杂的推理。在这篇正在进行的论文中,我们描述了TPC-I,这是业界第一个衡量大规模工业推理部署的性能特征的基准。它对一个代表性用例进行建模,使硬件和软件优化能够直接使真实的客户场景受益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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