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Surgically altered face detection using log-Gabor wavelet

机译:使用log-Gabor小波进行手术改变的面部检测

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Plastic surgery can be reconstructive to correct facial feature anomalies or cosmetic to improve the appearance. Both corrective and cosmetic surgeries modify the original facial information to a large extent thereby posing a great challenge for face recognition algorithms. This paper employs an edge-based log-Gabor feature representation approach for the recognition of surgically altered faces. A log-Gabor based feature, termed as Edge-based Histogram of log-Gabor Magnitude Patterns (Edge-based HLGMP), is proposed and is very simple but effective. To ensure that the edge information richly captures significant features of the faces, a simple illumination normalization process is applied prior to edge information extraction. Experimental results on plastic surgery database shows that the proposed method performs well in comparison to existing plastic surgery face recognition methods reported in the literature.
机译:整形手术可以重建以纠正面部特征异常,也可以进行美容以改善外观。矫正手术和整容手术都在很大程度上修改了原始的面部信息,从而对面部识别算法提出了巨大的挑战。本文采用基于边缘的log-Gabor特征表示方法来识别手术改变的面部。提出了一种基于log-Gabor的特征,称为log-Gabor幅度模式的基于边缘的直方图(基于Edge的HLGMP),它非常简单但有效。为了确保边缘信息丰富地捕获面部的重要特征,在边缘信息提取之前应用了简单的照明标准化过程。整形外科数据库上的实验结果表明,与文献中报道的现有整形外科面部识别方法相比,该方法性能良好。

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