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Study on Expressway Crack Segmentation Algorithm Combined with Pulse-Coupled Neural Network and Cross-Entropy Algorithm

机译:脉冲耦合神经网络和交叉熵算法相结合的高速公路裂缝分割算法研究

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The expressway crack identification is significantly important for the expressway safety maintenance, and the crack detection is one of key technologies for the crack identification. This paper proposed an expressway crack detection method based on improved Pulse-Coupled Neural Network (PCNN), used minimum cross-entropy algorithm to obtain the optimal iterations of PCNN algorithm, and then complete the segmentation of expressway images by combining the simplified PCNN algorithm. The results showed that this method could inhibit the background noise and better extract continuous crack edge to provide good characteristics for crack identification in the next step.
机译:高速公路裂缝的识别对高速公路的安全维护具有重要意义,裂缝检测是裂缝识别的关键技术之一。提出了一种基于改进的脉冲耦合神经网络(PCNN)的高速公路裂缝检测方法,利用最小交叉熵算法获得PCNN算法的最优迭代,然后结合简化的PCNN算法完成高速公路图像的分割。结果表明,该方法可以抑制背景噪声,更好地提取出连续的裂纹边缘,为下一步的裂纹识别提供了良好的特性。

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