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Non-quadratic Regularization Based Image Deblurring: Automatic Parameter Selection and Feature Based Evaluation

机译:基于非二次正则化的图像去纹理:自动参数选择和基于特征的评估

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In computer vision based analysis, a completely automatic inspection of parts on assembly line involves many challanges. Since the parts are moving fast on line it is most probable that the captured frames are motion blurred and noisy images. Therefore accurate extraction of features from the image may not be possible. To overcome this challenge, we consider quadratic and non-quadratic regularization based deblurring. To select the regularization parameter automatically, we propose usage of unbiased predictive risk estimator method. We investigate the quantitative effect of the applied methods on feature extraction performance and demonstrate the effectiveness of the proposed approach with experiments on real data.
机译:在基于计算机视觉的分析中,装配线上的零件的全自动检查涉及许多挑战。由于部件在线上移动时,最可能捕获的帧是运动模糊和嘈杂的图像。因此,可能无法精确提取图像的特征。为了克服这一挑战,我们考虑基于二次和非二次正则化的去孔。要自动选择正则化参数,我们建议使用非偏见的预测风险估算方法。我们研究了应用方法对特征提取性能的定量效果,并证明了所提出的方法与实际数据实验的有效性。

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