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Image Enhancement Filter Evaluation on Corrosion Visual Inspection

机译:腐蚀视觉检查的图像增强滤波器评估

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This project is focusing on corrosion inspection using image. Inspection which have particularly challenging environmental conditions and characteristics, increase the complexity of the inspection operation. By using software image filter to enhance the image data, it is believe that the object recognition technique will be able to analyse the image data accurately. A few software filters have been identified in this works based on textural feature and colour progression factor that are the characteristic of image corrosion. Therefore, in order to obtain suitable software image filter, neural network is use for optimization. The experiment result shows among those identified image enhancement filters for visual corrosion inspection, Wavelet De-noising gives desirable result in terms of Mean Square Error, Peak Signal to Noise Ratio and Neural Network optimization.
机译:该项目专注于使用图像的腐蚀检查。检查环境条件和特点特别具有挑战性的检查,提高了检验操作的复杂性。通过使用软件图像滤波器来增强图像数据,认为对象识别技术将能够准确地分析图像数据。基于纹理特征和颜色进展因子,在此作品中已经确定了一些软件过滤器,这些功能是图像腐蚀的特征。因此,为了获得合适的软件图像滤波器,神经网络用于优化。实验结果表明,用于视觉腐蚀检查的那些识别的图像增强滤波器中,小波去噪能够以平均方误差,峰值信号到噪声比和神经网络优化而得到理想的结果。

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