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A Neural Network-based Face Recognition Method by Illumination Normalization & Edge Detection

机译:基于神经网络的照明归一化和边缘检测的人脸识别方法

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摘要

Neural networks have been extensively studied for applications related to face recognition. We compare the performance benefits of two preprocessing techniques, wavelet transform-based illumination normalization and edge detection, for neural net-based identity recognition systems. The methods are tested on a multi-pose, multi illumination source dataset consisting of images of 39 people over 9 poses and under 64 illumination conditions. We find that the wavelet transform-based illumination normalization network correctly classifies all of the testing images. Due to difficulties with the computing environment, the Canny edge detection method fails to complete training, but intermediate results suggest that it will perform better than no preprocessing but not as well as the illumination normalization. We plan to let it continue training over spring break to be able to view the true testing results.
机译:对于与面部识别相关的应用,已经对神经网络进行了广泛的研究。我们比较了基于神经网络的身份识别系统的两种预处理技术(基于小波变换的照明归一化和边缘检测)的性能优势。在多姿势,多照明源数据集上对这些方法进行了测试,该数据集由9个姿势下的64个照明条件下的39个人的图像组成。我们发现基于小波变换的照度归一化网络正确地分类了所有测试图像。由于计算环境的困难,Canny边缘检测方法无法完成训练,但是中间结果表明,与没有预处理相比,它的执行效果要好于照度归一化。我们计划让其在春假期间继续训练,以便能够查看真实的测试结果。

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