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A Rule-Optimization Algorithm Based On Fuzzy Neural NetworkRule-Optimization Algorithm

机译:一种基于模糊神经网络抑制优化算法的规则优化算法

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A new network for fuzzy-neural system was proposed based on the- analysis and comparison of existing methods, which could be easy to distill the fuzzy rules. The network structure was adjusted by .FBP(Fuzzy Back Propagation) learning algorithm to acquire network parameters and variable weights. By aiming at disadvantage of IP algorithm on rule-optimization, the Improved Iterative Pruning Neural Network (IIP) algorithm could lessen the network structure and reduce the complexity of compute to speed up the respond rate of output. The simulation results by fertilizer knowledge model demonstrate the effectiveness and feasibility of proposed rule-optimization algorithm based on FNN.
机译:基于现有方法的分析和比较,提出了一种用于模糊神经系统的新网络,这可能很容易蒸馏模糊规则。通过.fbp(模糊反向传播)学习算法来调整网络结构以获取网络参数和可变权重。通过针对IP算法对规则优化的缺点,改进的迭代修剪神经网络(IIP)算法可以减少网络结构并降低计算的复杂性以加快输出响应率。肥料知识模型的仿真结果证明了基于FNN的建议规则优化算法的有效性和可行性。

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