搜索资源列表
haarcascade
- 利用级联的HAAR分类器寻找检测目标，采用OPENCV编写，代码简单运行稳定
detection
- matlab实现目标检测代码，不过代码中还需要一个数据的代入
cannyfinal
- 边缘检测对于图像理解、目标检测、跟踪等问题非常重要，该代码实现了canny算子做边缘检测-Edge detection for image understanding, target detection, tracking a very important issue, the code implementation of the canny edge detection operator to do
MotionDetection1
- 此代码用于运动目标检测，尤其是前期的目标背景建模等具有较好的效果-This code is used for moving target detection, especially early in the target background has a good effect modeling
Main
- 基于C++的单目视觉下的行人检测代码，能快速准确识别具有某一特征的目标。-Pedestrian Detection Based on Monocular Vision C++ code, can quickly and accurately identify the target with certain characteristics.
moving_and_tracking
- 最常用的运动目标检测与跟踪的代码,基本的算法实现，C++6.0实现-The most commonly used moving target detection and tracking code, the basic algorithm, C++6.0 achieve
overfeat
- OverFeat 作者LeCun，基于DL的目标检测代码，喜欢请去个人主页下载-OverFeat author LeCun, DL-based target detection code, like a personal home page, please go to download! !
OpenSURFcpp
- OpenSurf是一款功能齐全的surf代码，程序中使用surf特征点进行了目标检测，视频目标识别，图像匹配等5项功能，代码经过调试可以成功运行。-OpenSurf is a full-featured surf the code, the program features the use of surf point target detection, video object recognition, image matching five function, the code after d
hog
- 下面的代码是实现HOG（附柱状图导向梯度） 描述符和目标检测，通过那伏乃尔达拉尔和比尔Triggs介绍。 所计算的特征向量是与兼容 INRIA目标检测与定位工具包 （http://pasca
帧差法
- 用帧差法实现目标检测，C++代码可直接运行。(The frame difference method is used to detect the target, and the C++ code can run directly.)
红外小目标检测算法Local CM
- 这是对2014 IEEE trans on GRS上的经典论文LCM的实现，还没有对代码进行优化，能完成任务，但效率不太高。(This is the implementation of LCM, a classic paper on 2014 IEEE Trans on GRS. The code has not been optimized and the task can be completed, but the efficiency is not very high.)