资源列表
Avateering-XNA
- 自然人机交互的示例源代码，虚拟一个3D人，受显示中人的控制-Natural machine interaction sample source code, a 3D virtual person, by the display control of the human
FaceTracking
- 人脸识别和追踪，能够非常准确的捕获人脸，非常智能的图像处理算法，-Face recognition and tracking, can be very accurately captures human faces, very intelligent image processing algorithms,
HOG
- 计算局部形状描述符梯度方向直方图（HOG），直接输入图像即可用。-Calculate the local shape descr iptors gradient orientation histogram (HOG), the input image can be used directly.
My_DifferentGaussPyramidImage
- 基于Matlab的高斯差分金字塔图像产生程序，可直接输入一副图像，调用此函数就可以得到你所想要的所有金字塔图像。-Based on Matlab Difference of Gaussian pyramid image generation process can be directly input an image, calling this function you can get what you want all the pyramid image.
ShapeContext
- 全局形状特征描述符的形状上下文描述符的具体实现过程详细说明和实现代码-Global shape feature descr iptor shape context descr iptor detailed descr iption of the specific implementation process and the implementation code
My_HermitePolynomial
- 计算高斯Hermite多项式的Matlab程序，并绘制2维和3为高斯Hermite多项式图。-Gaussian Hermite polynomial calculation Matlab program, and draw two-dimensional and three Gaussian Hermite polynomial map.
gui12
- 本人新手，提供gui界面的一个小源代码，可以借鉴，仅供大家参考-gui interface
Gaussian-Hermite
- 计算二维图像数据的高斯Hermite矩和不变矩。-Calculating two-dimensional image data of the Gaussian Hermite moments and moment invariants.
gui19
- 本人是新手，现上传一个简单的gui界面编程代码，仅供大家参考！-I am a novice, now upload a simple gui interface programming code, for your reference! Thank you
tongtailb
- 本程序是基于同态滤波法的遥感图像薄云去除算法，其中使用了巴特沃思高能滤波器-This procedure is based on homomorphic filtering method for remote sensing image Haze removal algorithm, which uses high-energy Butterworth filter
bmp-class
- 文件中包括了一个位图类，类中设计了一些对BMP文件数据提取很有用的函数，可通过该类延伸设计对BMP文件的各种处理。-Document includes a bitmap category, class, designed a number of BMP files data extraction very useful function, through the extension of the design of such a variety of BMP file processing.
mfc_3D
- 用mfc采用OpenGL实现地球绕太阳的公转和月球绕地球的公转并自身带有一定速率的自转。-Using OpenGL implementation with mfc Earth revolves around the sun and the moon revolves around the Earth and themselves with a certain rate of rotation.