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Human visual system singularity map analyses

机译:人类视觉系统奇异图分析

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Abstract: This paper has analyzed the day and night images using the novel concept called hard and soft singularity maps (SM) that are biologically extracted by the lateral redundant data. Consequently, the correspondence exists uniquely among neighborhood frames in terms of the different slope values at image corners solving the optical flow problem for the video compression. In this paper, some efficient computational methods: min-max picking, and next order Cellular Neural Network implementing the anti-diffusion Laplacian, can obtain the SM without the convolution broadening based on Sobel and Canny edge operators. However, the differentiation operation may produce a false singularity under noise, and thus we apply the Hermitian wavelets to obtain the noisy singularity. !12
机译:摘要:本文使用称为“硬性和软性奇异性图”(SM)的新颖概念分析了白天和夜晚的图像,该概念是通过横向冗余数据从生物学上提取的。因此,就解决图像压缩的光流问题而言,在图像角处的不同斜率值方面,对应关系在邻居帧之间唯一存在。在本文中,一些有效的计算方法:最小-最大拾取和实现反扩散拉普拉斯算子的下一阶细胞神经网络,可以在不基于Sobel和Canny边缘算子进行卷积扩展的情况下获得SM。但是,微分运算可能会在噪声下产生错误的奇异性,因此我们应用Hermitian小波来获得有噪声的奇异性。 !12

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