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ERROR BACK-PROPAGATION LEARNING METHOD OF AN ENTIRE DIRECTION NEURON CIRCUIT NETWORK USING AN OPTIMUM LEARNING RATE

机译:基于最佳学习率的全方向神经元电路网络的误差反向传播学习方法

摘要

PURPOSE: An error back-propagation learning method of an entire direction neuron circuit network is provided to use an optimum learning rate. CONSTITUTION: The error back-propagation learning method comprises the steps of: calculating an optimum learning rate of an output layer weight for minimizing an error of an output layer in a state of fixing a value of an interlayer neuron; changing the output layer weight on the basis of the optimum learning rate calculated in the step of calculating; calculating an optimum learning rate according to learning pattern for changing the interlayer weight in a state of fixing the changed output layer weight while calculating an optimum learning rate according to the interlayer neuron; and changing an interlayer weight by use of the calculated learning rate.
机译:目的:提供整个方向神经元电路网络的误差反向传播学习方法,以使用最佳学习率。构成:误差反向传播学习方法包括以下步骤:计算输出层权重的最佳学习率,以在固定层间神经元值的状态下使输出层的误差最小。根据在计算步骤中计算出的最佳学习率来改变输出层权重;根据在固定改变后的输出层权重的状态下根据用于改变层间权重的学习模式来计算最佳学习率,同时根据层间神经元来计算最佳学习率;通过使用计算出的学习率来改变层间权重。

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