深度神经网络缩放平台综述

Abhay A. Ratnaparkhi, E. Pilli, R. Joshi
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引用次数: 4

摘要

深度神经网络已经成为语音识别、图像处理和自然语言处理等感知处理领域的最新技术。这些算法的许多最先进的基准都使用了深度学习技术。在当今的应用中,深度神经网络需要处理非常大量的数据。人们提出了不同的方法来解决这些算法的缩放问题。很少有方法寻求在现有的大数据处理平台上提供解决方案,这些平台通常运行在大规模的商用cpu集群上。由于训练深度学习工作量需要完成许多小的计算和在层之间传递数据的大量通信,通用gpu似乎是训练这些网络的最佳平台。为了在GPU服务器集群上扩展处理,已经提出了不同的方法。我们总结了在这方面使用的各种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Survey of scaling platforms for Deep Neural Networks
Deep Neural Networks have become a state of the art approach in perception processing like speech recognition, image processing and natural language processing. Many state of the art benchmarks for these algorithms are using deep learning techniques. The deep neural networks in today's applications need to process very large amount of data. Different approaches have been proposed to solve scaling these algorithms. Few approach look for providing a solution over existing big data processing platform which usually runs over a large scale commodity cpu cluster. As training deep learning workload require many small computations to be done and large communication to pass the data between layers, General Purpose GPUs seems to the best platforms to train these networks. Different approaches have been proposed to scale processing on cluster of GPU servers. We have summarized various approaches used in this regard.
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