核电站神经网络诊断技术的发展

M. Horiguchi, N. Fukawa, K. Nishimura
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引用次数: 4

摘要

作者开发了一种利用神经网络进行核电厂暂态现象分析的诊断技术。神经网络通过识别设备主要参数的模式来识别故障设备。当核电站处于暂态时,获得异常原因是可能的。神经网络的输入层有49个单元,隐藏层有20个单元,输出层有100个单元。神经网络的测试是通过反向传播过程从过去的事件数据中积累的模式进行的。
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Development of nuclear power plant diagnosis technique using neural networks
The authors have developed a nuclear power plant diagnosis technique, transient phenomena analysis that uses neural networks. Neural networks identify failed equipment by recognizing the pattern of main plant parameters. It is possible to obtain the cause of an abnormality when a nuclear power plant is in a transient state. The neural network has 49 units on its input layer, 20 units on its hidden layer and 100 units on its output layer. Testing of the neural network was carried out with patterns that have been accumulated from past incident data by a backpropagation procedure.<>
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