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A Back Propoagation Model with Periodic Chaos Neurons

机译:具有周期混沌神经元的反向传播模型

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In this paper we report a back propagation scheme with a periodic chaos neuron model. In contrast to the conventional model, each neuron in the network may involve the chaotic behaviour in the learning process. In practice one may confirm that there exists a close relation between the learning process and the chaotic dynamics, and that chaotic dynamics promotes the learning speed with a certain succerss rate as seen in the conventional nonchaotic models. The parameter related to the chaos will be controlled to drive the system from a chaos to a nonchaos through the learning process to assure the high success rate.
机译:在本文中,我们报告了一种具有周期性混沌神经元模型的反向传播方案。与传统模型相反,网络中的每个神经元可能在学习过程中涉及混沌行为。在实践中,可以确认学习过程与混沌动力学之间存在紧密的关系,并且混沌动力学以一定的成功率促进学习速度,如常规非混沌模型中所见。将控制与混沌有关的参数,以通过学习过程将系统从混沌驱动到非混沌,以确保高成功率。

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