Machine learning application benchmarking on COTS inference processors

Benjamin Hülsen, R. Sonsalla, Jakob Wehnes, M. Schilling, Michael Zipper, Pierre Willenbrock, Christoph Haskamp, Dennis M. Hofmann, G. Furano
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引用次数: 1

Abstract

The objective of the MaLeBeCo project is to build a test-bed allowing the comparison and benchmarking of machine learning applications for low-, midand high-performance architectures. This is of particular interest, in order to be able to cover the wide application area which is given by the different mission scenarios and use-cases. These use-cases include among other: the provision of pre-processed smart payload data, guidance navigation and control (GNC) for satellites as well as robots, onboard AI for an increased level of autonomy, intelligent data exploration algorithms, as well as AI in operations on ground or in orbit.
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基于COTS推理处理器的机器学习应用基准测试
MaLeBeCo项目的目标是建立一个测试平台,允许对低、中、高性能架构的机器学习应用程序进行比较和基准测试。这是特别有趣的,以便能够覆盖由不同任务场景和用例提供的广泛应用领域。这些用例包括:提供预处理的智能有效载荷数据、卫星和机器人的制导导航和控制(GNC)、提高自主水平的机载人工智能、智能数据探索算法,以及地面或在轨操作中的人工智能。
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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Front Matter: Volume 12571 AI and deep learning for microscopy Machine learning application benchmarking on COTS inference processors Sensor-guided robotics: progress and industry needs
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