资源列表
MRI_image_segmentation
- 用形态学方法和区域增长法进行MRI脑肿瘤图像分割-By morphology and region growing method for MRI brain tumor segmentation
LSH
- 原始局部敏感哈希算法的详细描述(文档),对于理解LSH算法有帮助-The detailed descr iption of the original locally sensitive hash algorithm
pgopher_source_v7.1.108
- 一款操作色谱、光谱图的程序,功能非常全面。包括谱峰的识别、积分,谱的叠加。-An operating chromatographic spectrum program, very comprehensive. Including the identification of the peak spectrum, integral, superposition.
Fractal-Dimensions
- 利用MATLAB的图像处理和数值计算功能得到颗粒物边界的二值图像;编制MATLAB程序,统计一系列以不同像素数量为边长的正方形块覆盖二值图像时的个数,根据像素数量和正方形块个数之间的关系,确定图像的计盒维数。-Image processing and numerical calculation using MATLAB function obtain pellets boundary of the binary image preparation of the MATLAB program,
Endmember-Extraction-Codes
- 一些常用的高光谱解混方法的matlab代码-Hyperspectral unmixing method matlab code
AMF
- 自适应中值滤波-Chan R H, Ho C W, Nikolova M. Salt-and-pepper noise removal by median-type noise detectors and detail-preserving regularization[J]. IEEE Trans. Image Process, 2005, 14(10): 1479~1485. 该文献中自适应中值滤波算法代码-matlab code of adpative median filter
INSARjiechanchao
- INSAR相位解缠绕程序,matlab编的-INSAR phase unwrapping procedures, matlab series
Edit68CMU_pack
- 卡耐基梅隆大学AAM算法中标定人脸上68个标志点的matlab程序-locate the landmark in the face images
DCT-transformation
- 利用mfc实现DCT变换,程序简单可读性强,适合初学者使用-Mfc DCT transform, readable simple procedures, suitable for beginners to use
HDMISpecification1.4b
- 最新HDMI spec v1,4b HDMI以太网络通道:为HDMI链接增加高速网络功能,无须使用其他以太网络缆线,即可充分利用基于IP的设备。 音频回传通道:带有内置调谐器与HDMI接口的电视,无须使用其他音频缆线,即可"上传"音频数据至环绕声系统。 HDMI 3D功能:为主流3D视频格式定义输入/输出协议,为真正的3D游戏与3D家庭影院应用奠定基础。 4K x 2K像素视频支持:支持1080p以上的视频分辨率,支持可比拟许多商业电影院所使用数字影院系统的下一代显示设备
CursorControl
- 使用Kinect识别手势并完成对Windows 7 的控制,实现鼠标移动、点击、选择等多项功能,含源码。需要安装Kinect SDK v1.0以上版本-Using Kinect to recognize user gesture and control windows 7, including pan/click/choose etc. souce code included and you need to install Kinect SDK v1.0 and more in advance
CS_Primary_tutorial
- CS压缩传感的初级教学代码,使用OMP重构,已注释,包括1维信号,2维图像的重构,分别使用dct和小波稀疏,列扫描和分块法进行omp重构-CS compressed sensing primary teaching code using OMP remodeling, already commented, including a 1-dimensional signals, 2-dimensional image reconstruction, respectively, using the D