资源列表
SURF-CPP
- SURF算法的Visual C++实现，可运行，有注释，容易理解！-The SURF algorithm Visual C++ achieve, can run Notes!
LearnOpenGL
- 在MFC的单文档框架下，运用OpenGL显示任意大小的BMP图片。-In the MFC s SDI Framework, display bmp picture that its size is any size by OpenGL.
robot
- 利用OpenGL模拟PUMA560机械手的六自由度运动-Use OpenGL to simulate the status of six freedom degrees of PUMA560.
particle-filter
- 说明粒子滤波器的功能，给了5个例题和他的源代码。-Explain the function of particle filter
Car
- 小车运行速度有所增加，结合周围场景也发生了相应的变换，实时性与真实感兼顾，达到顾客沉浸感的同时不失真的与场景结合。-Car movement speed increase, combined with the surrounding scene has also undergone a corresponding transformation, taking into account real-time with realistic customer while immersive undist
Visual-CPP-cmp
- 初学者快速入门VC++图像处理，最全面的学习资料，更能通过对比chap1_1和chap1_4，促进对面向对象和面向过程的理解。学习类的简历-Beginners the Quick Start VC++ image processing, the most comprehensive study materials better through contrast chap1_1 and chap1_4, the promotion of the understanding of object-or
Incremental-NMF-by-Serhat-S
- 由外国专家Serhat S. Bucak编写的代码，关于增量式非负矩阵分解，还有例子，比较好用。-The code, written by foreign experts Serhat S. Bucak incremental non-negative matrix factorization, there are examples of relatively easy to use.
image_enhancing
- 1.先用LAPLACIAN进行增强 2.用SOBLE进行边缘增强 3.然后将LAPLACIAN*SOBLE SMOOTH 4.将MULTILITION+原图 5.最后对图形进行power-law transformation -1 LAPLACIAN carried enhanced. Edge enhancement using SOBLE 3. Then Laplacian.* SOBLE the SMOOTH 4. MULTILITION+ artwork 5. Fin
KaewTraKulPong
- opencv中混合高斯模型实现方法的参考文献-An Improved Adaptive Background Mixture Model for Real-time Tracking and Shadow Detection
useful-image-processing-algorithm
- 8种常用的图像处理算法，都是源代码，文档格式可能不是很好-8 kinds of commonly used image processing algorithms, are the source code, the document format may not be very good
Image-processing-functions
- 图像处理Matlab常用函数，对于初学者很有用-Image processing Matlab commonly used functions, useful for beginners
TrackEye_SourceCode
- 跟踪人的眼睛，类似人脸识别算法中的adaboost，通过学习人眼模式，实现人眼检测跟踪。-Tracking people' s eyes, similar face recognition algorithm adaboost by learning human eye model, detecting and tracking the human eye.