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Neural training of complex sequential associations using recurrent continuous backpropagation

机译:复杂连续反向衰退的复杂顺序关联的神经训练

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Proposes a path-based neural network algorithm called recurrent continuous backpropagation two (RCBP-2) for complex sequential processing using a gradient descent method. Under the path-based approach, the goal weights are a collection of weight states. Coupled with the underlying continuity of training exemplars and sequential nature of the system attributes, RCBP-2 can achieve arbitrarily close approximations of complex trajectories within a fixed and relatively small network topology. The performance of RCBP-2 is also monitored by training and subsequently testing on a 4-orbits problem. The results show that RCBP-2 results in a fast and efficient algorithm for complex sequential processing.
机译:提出一种基于路径的神经网络算法,称为反复间隔2(RCBP-2),用于使用梯度下降方法复杂的顺序处理。在基于路径的方法下,目标权重是重量状态的集合。耦合与训练示例的基础连续性以及系统属性的顺序性,RCBP-2可以在固定和相对小的网络拓扑中达到复杂轨迹的任意近似近似。 RCBP-2的性能也被训练监控,随后在4轨问题上进行测试。结果表明,RCBP-2导致复杂顺序处理的快速高效算法。

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