Performance Evaluation of GraphCore IPU-M2000 Accelerator for Text Detection Application

Nupur Sumeet, Karan Rawat, M. Nambiar
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引用次数: 2

Abstract

The large compute load and memory footprint of modern deep neural networks motivates the use of accelerators for high through- put deployments in application spanning multiple domains. In this paper, we evaluate throughput capabilities of a comparatively new hardware from Graphcore, IPU-M2000 that supports massive par- allelism and in-memory compute. For a text detection model, we measured the throughput and power variations with batch size. We also evaluate compressed versions of this model and analyze perfor- mance variation with model precision. Additionally, we compare IPU (Intelligence Processing Unit) results with state-of-the-art GPU and FPGA deployments of a compute intensive text region detec- tion application. Our experiments suggest, IPU supports superior throughput, 27×, 1.89×, and 1.56× as compared to CPU, FPGA DPU and A100 GPU, respectively for text detection application.
GraphCore IPU-M2000文本检测加速器性能评价
现代深度神经网络庞大的计算负载和内存占用促使加速器在跨多个领域的应用中用于高吞吐量部署。在本文中,我们评估了来自Graphcore的一种相对较新的硬件,IPU-M2000的吞吐量能力,该硬件支持大规模并行化和内存计算。对于文本检测模型,我们测量了吞吐量和功率随批大小的变化。我们还评估了该模型的压缩版本,并分析了性能随模型精度的变化。此外,我们将IPU(智能处理单元)结果与最先进的GPU和FPGA部署的计算密集型文本区域检测应用程序进行比较。我们的实验表明,在文本检测应用中,IPU的吞吐量分别是CPU、FPGA DPU和A100 GPU的27倍、1.89倍和1.56倍。
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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