资源列表
optical_flow
- 用于光流估计，可以利用EXAMPLE进行演示-For optical flow estimation, can be used to carry out demonstration EXAMPLE
imageprocessing
- 一本有关数字图像处理的书籍，欢迎使用。这本书比较经典-A digital image processing-related books are welcome to use. Comparing this book a classic
FrequencyFilt
- 各种频域的滤波函数，包括低通，高通，带通，同态滤波。-Various frequency domain filter function, including low-pass, high pass, band-pass, homomorphic filtering.
ImageProcess
- 图形像处理 中值滤波 细化 灰度化 颜色处理 边缘检测等-Graphics such as dealing with thinning gray-scale median filter processing of color edge detection, etc.
contradictorilyrejector
- 逆滤波处理，图形图像处理，已在项目系统中验证应用，对图形图像的处理优化有很大的参考作用-Inverse filter processing, graphics, image processing, has been in the project system to verify the application of image processing on the graphics which are great reference
Laplacian
- 拉普拉斯变换，图形图像处理，已在项目系统中验证应用，对图形图像的处理优化有很大的参考作用-Laplace transform, graphics, image processing, has been in the project system to verify the application of image processing on the graphics which are great reference
lighteness
- 亮度增减，图形图像处理，已在项目系统中验证应用，对图形图像的处理优化有很大的参考作用-Increase or decrease in brightness, graphics, image processing, has been in the project system to verify the application of image processing on the graphics which are great reference
logarithm
- 取对数处理，图形图像处理，已在项目系统中验证应用，对图形图像的处理优化有很大的参考作用-Check on the number of processing, graphics, image processing, has been in the project system to verify the application of image processing on the graphics which are great reference
rejector
- 滤波处理，图形图像处理，已在项目系统中验证应用，对图形图像的处理优化有很大的参考作用-Filter processing, graphics, image processing, has been in the project system to verify the application of image processing on the graphics which are great reference
25
- 在vc+下进行基本图形图像处理：用Canny算子提取边缘-In vc under basic graphics image processing: extraction using Canny edge operator
26
- 在vc+下进行基本图形图像处理：应用Hough变换进行处理-In vc under basic graphics image processing: the application of Hough transform for processing
27
- vc++下图像基本处理方法源代码：逆滤波处理-vc under the image source code of the basic treatment methods: inverse filtering processing