Compact CNN Training Accelerator with Variable Floating-Point Datapath

Jiun Hong, TaeGeon Lee, Saad Arslan, Hyungwon Kim
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引用次数: 1

Abstract

This paper presents a compact architecture of CNN training accelerator targeted for mobile devices. Accuracy was verified using python in the CNN structure, and accuracy was compared by applying several data types to find optimized data types. In addition, floating-point operations are used in the computation of the CNN structure, and to implemented them, we have created and verified the addition, subtraction, and multiplication circuits of floating-point. The CNN architecture was verified using python, the floating point operation was verified using Vivado, and Area was verified TSMC 180nm.
紧凑的CNN训练加速器与可变浮点数据路径
本文提出了一种针对移动设备的CNN训练加速器的紧凑架构。在CNN结构中使用python验证准确率,并通过应用几种数据类型来比较准确率,以找到优化的数据类型。此外,在CNN结构的计算中使用了浮点运算,为了实现这些运算,我们创建并验证了浮点的加法、减法和乘法电路。CNN架构采用python验证,浮点运算采用Vivado验证,Area采用TSMC 180nm验证。
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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