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条纹骨架提取,用来提取条纹骨架,不过效果不是特别好,大家凑合看那-stripe skeleton extraction, used to extract block skeleton, but results are not particularly good, we improvise watch
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用形态学中骨骼化方法实现了图像细化,为后续工作如特征点提取提供了良好的素材-Method with skeletal morphology achieved thinning, for the follow-up, such as feature extraction provides a good material
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在vc2010中配置openni实现人体骨架提取,并输出特定关节点的位置坐标-Openni in vc2010 in the configuration human skeleton extraction, and the output of a specific point in joint position coordinates
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目录
1.图像反转 2
2.灰度线性变换 2
3.非线性变换 4
4.直方图均衡化 5
5. 线性平滑滤波器 6
6.中值滤波器 7
7.用Sobel算子和拉普拉斯对图像锐化: 8
8.梯度算子检测边缘 9
9.LOG算子检测边缘 11
10.Canny算子检测边 缘 12
11.边界跟踪 (bwtraceboundary函数) 13
12.Hough变换 14
13.直方图阈值法 16
14. 自动阈值法:Otsu法 18
15.膨胀
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目录
1.图像反转 2
2.灰度线性变换 2
3.非线性变换 4
4.直方图均衡化 5
5. 线性平滑滤波器 6
6.中值滤波器 7
7.用Sobel算子和拉普拉斯对图像锐化: 8
8.梯度算子检测边缘 9
9.LOG算子检测边缘 11
10.Canny算子检测边 缘 12
11.边界跟踪 (bwtraceboundary函数) 13
12.Hough变换 14
13.直方图阈值法 16
14. 自动阈值法:Otsu法 18
15.膨胀
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对一幅带有噪声的骨骼图像进行骨架提取,可直接运行-The image of a skeleton with a noise were skeleton extraction, can be directly run
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本设计完成实现由杨帆编著的数字图像处理与分析(第二版)书中的第六章—数学形态学及其应用中的相关功能:对图像进行腐蚀和膨胀,对图像进行形态学滤波以及骨架提取。-The design is completed implemented by Yang Fan edited digital image processing and anal
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本程序涉及了二值图像的腐蚀和膨胀以及运用数学形态对图像进行骨架提取和滤波等操作。-This procedure involves the erosion and dilation as well as the use of mathematical morphology binary image of the image skeleton extraction and filtering operations.
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1维信号的周期性连续小波变换,包括对小波脊和骨架提取。-Periodic one-dimensional signal of continuous wavelet transform, including wavelet ridge and skeleton extraction.
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图像数字处理,图像细化 算法,图像骨架提取-Image digital processing, image refinement, image refinement algorithm, image skeleton extraction
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利用MATLAB进行图像细化和骨架提取,程序较为简单,适用于最好为白底黑字的字符等(Using MATLAB for image thinning and skeleton extraction)
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钢筋混凝土低周往复加载试验从滞回曲线提取骨架点(Skeleton point extraction of hysteresis curve)
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可实现对图像的膨胀、腐蚀、开运算、关运算、骨架提取、边缘检测、top-hat滤波、增强、填充等形态学操作。(The morphological operations such as expansion, corrosion, opening operation, closing operation, skeleton extraction, edge detection, top-hat filtering, enhancement and filling can be realized.)
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