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A Recurrent RBF Neural Network Based on Modified Gravitational Search Algorithm

机译:基于改进引力搜索算法的递归RBF神经网络

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Recently, Gravitational search algorithm (GSA) was considered as one method for optimizing functions and solving real problems. For the sake of better adjust the values of recurrent RBF neural network (RRBFNN) to make the network achieve better performance, the MGSA is essential in this article. The advised work achieves a better compromise between exploration and development. At the same time, by increasing the guidance of the global optimal particle, the problem that the gravitational search algorithm converges slowly in the later iteration is solved. The Experiment found that the network has better convergence speed and better test accuracy than the RRBFN optimized by the conventional optimization algorithm.
机译:最近,引力搜索算法(GSA)被认为是一种优化功能和解决实际问题的方法。为了更好地调整递归RBF神经网络(RRBFNN)的值以使网络获得更好的性能,本文中的MGSA是必不可少的。建议的工作可以在勘探与开发之间取得更好的折衷。同时,通过增加全局最优粒子的引导,解决了重力搜索算法在后续迭代中收敛缓慢的问题。实验发现,与传统优化算法优化得到的RRBFN相比,该网络具有更快的收敛速度和更好的测试精度。

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