PPNN:一个更快的学习和更好的泛化神经网络

B. Xu, L. Zheng
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引用次数: 4

摘要

指出当前反向传播神经网络(BPNN)的平面拓扑结构限制了其收敛速度慢问题、局部极小值问题和其他与之相关的问题的解决。并行概率神经网络(PPNN)采用一种新颖的神经网络拓扑——立体拓扑,克服了这些问题。针对几个问题,比较了BPNN和PPNN的学习能力和生成能力。仿真结果表明,PPNN对各种问题的学习速度比BPNN快得多,泛化能力也比BPNN好。结果表明,PPNN具有较快的通用学习性是由于其立体拓扑结构的并行性,而较好的泛化能力是由于其记忆检索规则的概率性。
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PPNN: a faster learning and better generalizing neural net
It is pointed out that the planar topology of the current backpropagation neural network (BPNN) sets limits to the solution of the slow convergence rate problem, local minima, and other problems associated with BPNN. The parallel probabilistic neural network (PPNN) using a novel neural network topology, stereotopology, is proposed to overcome these problems. The learning ability and the generation ability of BPNN and PPNN are compared for several problems. Simulation results show that PPNN was capable of learning various kinds of problems much faster than BPNN, and also generalized better than BPNN. It is shown that the faster, universal learnability of PPNN was due to the parallel characteristic of PPNN's stereotopology, and the better generalization ability came from the probabilistic characteristic of PPNN's memory retrieval rule.<>
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