首页> 外文会议>Intelligent Networks and Intelligent Systems, 2009. ICINIS '09 >Flaw Identification Based on Layered Multi-subnet Neural Networks
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Flaw Identification Based on Layered Multi-subnet Neural Networks

机译:基于分层多子网神经网络的缺陷识别

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摘要

Pointed to the disadvantages such as low recognizing precision, long training time and limited recognizing range of single neural network in eddy current testing, layered multi-subnet neural network is presented. It is composed by a sumnet and several layered subnets, and can divide a complex task into a series of subtasks, so it could quickly identify whether the defect is existed, and also the defect location and dimension. Because of Fisher Ratio method used to select the RBF centers, the network structure is simplified much. The result shows that layered multi-subnet neural network is suitable to online eddy current testing.
机译:针对涡流检测中单神经网络识别精度低,训练时间长,识别范围有限等缺点,提出了一种分层的多子网神经网络。它由一个摘要网络和几个分层的子网组成,可以将一个复杂的任务划分为一系列子任务,因此可以快速识别缺陷是否存在以及缺陷的位置和尺寸。由于采用了费舍尔比率法来选择RBF中心,因此大大简化了网络结构。结果表明,分层多子网神经网络适用于在线涡流测试。

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