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说明: 数字图象处理的文献资料,可以很好的处理边缘检测的文献(Digital image processing literature, can handle edge is very good detection literature)
此文件是关于图像处理中灰度视频播放等相关知识的综合运用。(it is about the gray in image processing)
识别分割图像中不同颜色的部分,并分别显示出来(Identifying portion dividing the image in different colors, and were displayed)
提出一种基于特征点的运动场景图像拼接算法。基于相似变换消除选取在运动物体上的特征点,并使用RANSAC算法进行外点的剔除。在融合阶段,根据齐次变换矩阵求得对2幅图像的差异图像,并执行区域增长算法。从而分割出运动区域。使用一种分段映射算法生成全景图像。实验证明了算法的有效性。(A feature-based algorithm for image mosaics of 8c宅Iles with moving objects is pI.oposcd.The algorithm eliminates the feature points which arc selected in moving objects using similarity transform,and the outliers are eliminated using RANSAC algorithm.In the image blend phase,a difference of two images is created using homogeneous transformation matrix,and a region growth algorithm is implemented SO as to segment the movmg object region.A piecewise mapping algorithm for generating panoramic images is used.Experimental results show the effectiveness of the algorithm.)
给出了偏微分方程的径向基函数配点法的数值解法,进行了数值模拟,并且给出了图形(The numerical solution of the radial basis function with partial differential equation method, numerical simulation, and gives the graphic )
质心点求取,目标进行形跟踪,跟跟踪物体。希望高手指点(Centroid strike, shaped track)
Image Inpainting for object removal project report
Image Inpainting for object removal project report
一种像素级指纹方向场估计算法以及对应的像素级奇异点检测算法。(A pixel-level orentation field estimation algorithm and the corresponding singular point detection method.)
一种像素级指纹方向场估计算法以及对应的像素级奇异点检测算法。(A pixel-level orentation field estimation algorithm and the corresponding singular point detection method.)
有关改良Canny算法的一些还算可以的文献(Improved Canny algorithm on some literature.)
有关改良Canny算法的一些还算可以的文献(Improved Canny algorithm on some literature.)
稀疏矩阵字典的优化KSVD,本人已进行测试,效果甚佳,可以用在图像,数据的压缩和分类(Sparse dictionary optimization KSVD, I have been tested, very good results)
稀疏矩阵字典的优化KSVD,本人已进行测试,效果甚佳,可以用在图像,数据的压缩和分类(Sparse dictionary optimization KSVD, I have been tested, very good results)
Adaptive Perona–Malik Model Based on the Variable Exponent for Image DenoisingThis paper introduces a class of adaptivePerona–Malik (PM) diffusion, which combines the PM
Adaptive Perona–Malik Model Based on the Variable Exponent for Image DenoisingThis paper introduces a class of adaptivePerona–Malik (PM) diffusion, which combines the PM