Study on objective evaluation of seam pucker based on wavelet probabilistic neural network

Li Yanmei, Q. Xiaokun, Jiang Zhenzhen
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Abstract

A new method to objectively evaluate seam pucker is brought out in this paper. Firstly, AATCC 88B seam pucker standard pictures are taken by digital camera. After wavelet transform of images, the six parameters that are standard deviation of horizontal, vertical and diagonal detail coefficients on 5th dimension, horizontal detail coefficients and histogram and image entropy are extracted, on 4th are extracted. Then, objective evaluation model of seam pucker based on probabilistic neural network is constructed and its prediction accuracy is more than 90% by test. This prediction model can be used to evaluate seam pucker grades of unknown samples, so that to overcome ambiguity and uncertainty of subjective evaluation.
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基于小波概率神经网络的缝褶客观评价研究
提出了一种客观评价接缝起皱的新方法。首先,用数码相机拍摄AATCC 88B缝口标准图片。对图像进行小波变换后,提取第5维水平、垂直、对角细节系数标准差、第4维水平细节系数、直方图和图像熵6个参数。在此基础上,建立了基于概率神经网络的折缝客观评价模型,经测试其预测精度在90%以上。该预测模型可用于评价未知样品的缝褶等级,克服了主观评价的模糊性和不确定性。
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