A learning method for SpikeProp without redundant spikes -automatic adjusting delay of connections

Takashi Matsumoto, H. Takase, H. Kawanaka, S. Tsuruoka
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引用次数: 4

Abstract

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. Our research group has discussed the problem and proposed a learning method that can adjust both timing and number of spikes. However, its learning performance depends on the initial network structure (the number of hidden units, delay, the number of sub-connections, and so on). In this article, we discuss the problem, especially the dependency to delay. We proposed the method that removes sub-connections that have unnecessary delay during training. By the proposed method, we successed training more than 87% regardless of the number of initial delays.
无冗余尖峰的SpikeProp学习方法——自动调整连接延迟
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。我们的研究小组讨论了这个问题,并提出了一种可以调整尖峰时间和数量的学习方法。然而,它的学习性能取决于初始网络结构(隐藏单元的数量、延迟、子连接的数量等)。在本文中,我们讨论了这个问题,特别是对延迟的依赖。我们提出了一种去除训练过程中产生不必要延迟的子连接的方法。通过本文提出的方法,无论初始延迟的数量如何,我们的训练成功率都超过87%。
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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