抑制spikeprop中的冗余尖峰——去除冗余延迟的局部应用

Takutoshi Nakayama, Takashi Matsumoto, H. Takase, H. Kawanaka, S. Tsuruoka
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引用次数: 0

摘要

SpikeProp是由Booij提出的一种尖峰神经网络。它可以学习输出尖峰的时间,但不能调整输出尖峰的数量。为了使SpikeProp能够执行时间序列信号处理,我们的研究小组讨论了一种无冗余输出尖峰的SpikeProp学习算法。该方法包括自适应权值衰减(AWD)和去除冗余延迟(RD)两种技术。作为这些研究的一部分,本文讨论了一种局部应用的去除冗余时延的方法。由于AWD在网络各部分的工作方式不同,因此RD不应统一应用。通过简单的实验表明,输入层和隐藏层之间的RD就足以满足性能要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surpress Redundant Spikes in SpikeProp-Locally Application of Removing Redundant Delays
SpikeProp, which is proposed by Booij, is a kind of spiking neural networks. It can learn the timing of output spikes, but cannot adjust the number of output spikes. To enable SpikeProp to perform time series signal processing, our research group has discussed a learning algorithm for SpikeProp without redundant output spikes. The method consists of two techniques: adaptive weight decay (AWD) and removing redundant delays (RD). As a part of these researches, we discuss a method to locally application of removing redundant time delays in this article. Since AWD works differently on each part of network, RD should not be applied uniformity. By simple experiments, we showed that only RD between input layer and hidden layer is enough for performance.
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