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超分辨率复原(分块处理)
将样本库中的高分辨率图象和低分辨率图象分别做分块处理,当新输入一幅低分辨率图象时,分成小块到样本库中寻找最匹配的高分辨率块,然后复原出高分辨率图象。-Superresolution recovery (block processing) for a sample of high-resolution images and low-resolution images respectively block , when the new importation of a
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超分辨率复原(分成1024块)
将样本库中的高分辨率图象和低分辨率图象分别做分块处理,当新输入一幅低分辨率图象时,分成小块到样本库中寻找最匹配的高分辨率块,然后复原出高分辨率图象。-Superresolution recovery (into 1024) for a sample of high-resolution images and low-resolution images, respectively do block, when the new importation of a l
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实现了序列图像的柱面全景图拼接,采用的块匹配法,顺序进行块匹配功能,找到最佳匹配位置,进行线性融合法进行拼接。-Achieved a series of cylindrical panoramic image stitching, using a block matching method, in order to block-matching function to find the best match position, a linear fusion splicing method.
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基于opencv,直方图匹配,找到目标图像与模板图像直方图匹配的区域并标出坐标,方法为反向块搜索-Based on opencv, histogram matching, to find the target image and the template image histogram matching and mark the coordinates of the area, the method of reverse block search
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1. 提取目标区域的初始边界
2. 重复以下步骤
?? 1)判断是否还存在待填充区域,如果不存在,则退出
?? 2)计算每一个边缘像素点块的优先级
?? 3)选出最大优先级点,基于该点查找最佳匹配块
?? 4)将最佳匹配块的值复制到对应的目标区域
?? 5)更新目标区域的边界与置信度值(1. Extracting the initial boundary of the target region
2. Repeat the following steps
1) Deter
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