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A learning method for extended SpikeProp without redundant spikes — Automatic adjustment of hidden units

机译:没有冗余尖峰的扩展SpikeProp的学习方法 - 隐藏单元的自动调整

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In this article, we discuss a leaning algorithm for extended SpikeProp network, which is a kind of spiking neural networks and encodes information by spike timing. Our research group proposed a learning algorithm for extended SpikeProp without redundant output spikes. The performance of the algorithm depends on the network structure. Here, we propose some algorithms that adjust the number of hidden units during its training. Concretely, they remove redundant units one by one. By some experiments, we select the most effective method. It is a method that removes unactive hidden unit when the error is decreased enough. The rate of success trainings is 95% regardless the number of hidden units. And The number of training cycles is less than half of the previous method.
机译:在本文中,我们讨论了扩展SpikeProp网络的倾斜算法,这是一种尖刺神经网络,并通过峰值定时编码信息。 我们的研究组提出了一种用于扩展SpikeProp的学习算法,而无需冗余输出尖峰。 算法的性能取决于网络结构。 在这里,我们提出了一些算法,该算法调整隐藏单元的训练期间。 具体地说,它们逐一删除冗余单元。 通过一些实验,我们选择最有效的方法。 当错误减少时,它是一种删除未激活隐藏单元的方法。 无论隐藏单位数量如何,成功培训率为95%。 训练周期的数量不到以前方法的一半。

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