资源列表
opencv SIFTP Algorithm Pcodes
- 基于opencv的采用sift算法进行图像的拼接，供参考学习，共同分享。-Based on the opencv using sift algorithm for image stitching, for learning to share.
sichashufenjie
- 对示例图像进行四叉树分解，并以图像的形式显示所得的稀疏矩阵，同时取得所有子块和符合各种维度条件的子块数目。-Quadtree decomposition of the sample images, and the form of images obtained sparse matrix, at the same time to obtain the number of sub-blocks of all sub-blocks and meet the conditions of the var
pseudo
- 将灰度图像转换成彩色图像的matlab 程序 Pseudo Coloring-The gray image is converted into a color image matlab program Pseudo Coloring
SILK_GPU
- 一个基于核的在线学习算法，用于背景建模与前景提取，运行于GPU上。-A nuclear-based online learning algorithm for background modeling and prospects extraction, run on the GPU.
ITKPVTK
- 利用ITK，VTK对医学图像进行处理，包括ITK中的处理，及VTK的显示，实现了两者的连接。-The use of the ITK, VTK, medical image processing, including processing in ITK and VTK' s display, to achieve a connection between the two.
bmp-process
- 数字图象处理算法的演示，包括：图象的DFT和逆DFT 图象的FFT和逆FFT；在图象中加入正弦噪声；图象的模板运算实现图象平滑和锐化；图象的直方图均衡化 • 图象的对比度拉伸 • 图象的中值滤波 • 图象灰度直方图的显示 • 若干频域滤波器 • 图象的镜像 • 图象的旋转（90度与任意角度） • 图象的放缩 • 其它小算法 -Demonstration of
xiaochengxu
- 该程序包中有基于Hough变换的车道线检测，还有卡尔曼跟踪和别的小程序，都是可运行的，读者可自行学习-The package, the lane detection based on Hough transform, Kalman tracking and other small programs are running, readers can learn on their own
RANSAC_foCPP
- RANSAC 消除误配点的 C++实现 大家可以看一下。可以调的通-The RANSAC eliminate mismatches point C++ realize that we can look at. You can adjust the pass
sparse-least-squares
- 关于稀疏最小二乘算法的matlab程序。最小二乘法（又称最小平方法）是一种数学优化技术。它通过最小化误差的平方和寻找数据的最佳函数匹配-Matlab program for sparse least squares algorithm
wavelet-moment
- 小波矩的源代码 在图像目标识别特征提取中可以使用-wavelet moment
EG
- Matlab鲁棒水印添加、提取程序源代码，使用离散小波变换方法。鲁棒性优秀，可实现盲水印。-Matlab robust watermarks, extract the source code, using the discrete wavelet transform method. Excellent robustness can achieve the blind watermark.
TOFD
- 自己写的一个TOFD软件，用于超声检测，具有前期的功能，包括数据文件的读写，图像显示，波形绘制，屏幕分割等等。-A TOFD to write their own software for ultrasonic testing, pre-function, including the reading and writing of data files, image display, waveform drawing, split screen, and so on.