资源列表
roadsegment
- 本程序是基于matlab的道路分割算法，其采用的方法是最大类间方差阈值与遗传算法-This procedure is based on the matlab path segmentation algorithm, and its approach is Otsu Threshold and Genetic Algorithms
fingerprinting_polarisation
- 利用偏振成像技术探测潜指纹的好论文，文章给出了基本的原理、技术方案和试验结果，研究相关领域必看的文章。-Using polarization imaging techniques to detect latent fingerprints good paper, paper gives basic principles, technical solutions, and test results, research articles related fields must see.
license-plate-recognition-algorithm
- 一个简单易用的车牌自动识别算法，可以从图中自动选择车牌，基于数学形态学完成字符提取，最后经过字符匹配完成车牌识别。-A simple-to-use automatic license plate recognition algorithm can automatically select the license plates from the figure, based on mathematical morphology complete character extraction, and f
meanshift
- 基于matlab语言的meanshift跟踪算法，该算法为半自动跟踪算法，通过第一帧图像选择初始跟踪目标后，在剩余序列帧一直跟踪该目标。-Based on the matlab language meanshift tracking algorithm, which is semi-automatic tracking algorithm, the first frame image selection through initial tracking target, the remaining
imageprocess
- 一个非常有用的图像处理程序，可以完成图像加噪和去噪，图像低通和高通滤波，图像变换等功能。-A very useful image processing program, you can complete the image with noise and denoising, image low-pass and high-pass filtering, image transformation functions.
BmpShow1
- C实现位图的 显示，同时能显示24色真彩位图的统计直方图-C implementation of the bitmap display, also can display 24-bit true color histogram graph
Simple_Kalman_Filter
- Simple kalman filter
picture
- 根据相关系数进行图像模板的匹配 并标注目标在源图像的位置-According to the correlation coefficient of image template matching and annotations
Untitled2
- 将大小相同的碎片通过灰度图片然后二值化处理最后拼接到一起-Fragments of the same size and by the gradation image binarization processing the last spliced together
mybmp
- 彩色BMP图片转黑白图片，也可进行灰度图到黑白图处理-Color BMP images to black and white images, grayscale can also be processed into black and white map
matlab-code
- 基于车牌的识别代码 拥有便捷可行 你值得拥有-License plate identification code
163disk.com_OpenCV2.0Bin
- 这是关于opencv的动态链接库文件，因为运行时总是缺少一些文件，这里补全了-It s about opencv dynamic link library files, because the runtime is always lack of some documents, completion here