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Architecture and Algorithms for Syntetizable Neural Networks with On-Chip Learning

机译:用片上学习的可分解神经网络的体系结构和算法

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This paper presents a synthesizable programmable logic blocks architectures, describes the associated formula that makes the blocks to be generic for a backpropagation neural network (NN) with on-chip delta rule learning. The architecture proposed herein takes advantage of distinct datapaths for the forward and backward propagation stages to significantly improve the performance of the learning phase. The architecture is easily scalable and able to cope with arbitrary network sizes with the same hardware.
机译:本文介绍了一个可合成的可编程逻辑块体系结构,描述了与片上Δ规则学习的反向化神经网络(NN)通用的相关公式。本文提出的架构利用了前向和向后传播级的不同数据路径,以显着提高学习阶段的性能。该架构很容易可扩展,并能够使用相同的硬件应对任意网络尺寸。

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