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A New Fault Diagnosis Model of Electric Power Grid Based on Rough Set and Neural Network

机译:基于粗糙集和神经网络的电网新故障诊断模型

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Fault diagnosis for system quick return to normal after the accident has important significance. On the basis of giving a new type of attribute reduction method, a coupling recognition model is established which combines rough set and neural network closely in this paper. It used rough set theory to get the most simple decision rules from the data samples, to guide to establish neural network structure. Using rough membership function initializes the network parameters, in order to reduce the network training iterative times and improve the network convergence speed. The simulation results illustrate that the model improves network's structure, and its recognizing effects are obvious and its classifying ability is strong, as well as the model is very error permissible and explicable. It has very wide foreground.
机译:故障诊断系统快速恢复正常后,事故发生了重要意义。 在给出一种新型的属性还原方法的基础上,建立了耦合识别模型,其在本文中紧密地结合了粗糙集和神经网络。 它使用粗糙集理论从数据样本中获取最简单的决策规则,以建立神经网络结构。 使用粗略的成员函数初始化网络参数,以减少网络培训迭代时间并提高网络融合速度。 仿真结果表明,该模型提高了网络的结构,其识别效果是显而易见的,其分类能力强,而且模型是非常误差允许和解释的。 它具有非常宽的前景。

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