资源列表
Java3Dchange
- 用java实现的三维控件内立方体的各种几何变换，如”旋转“，”缩放“”平移“等。-used to achieve the three-dimensional cube within the control of various geometric transformation, as "revolving", "zoom", "Translation."
VCPPrenlianshibie
- 用VC++实现的人脸识别系统，已运行成功，对模式识别初学者来说很有帮助，可以借鉴，加以改进-With VC++ implementation of face recognition systems, has been running successfully for pattern recognition is useful for beginners, can learn, to improve
brox
- 效果很好的光流法（optical flow），希望对大家有帮助。-Good effect of optical flow (optical flow), we want to help.
yy
- 用于数字图像处理中的指数变换和对数变换的程序，实测可用-For digital image processing of the index change and transformation of the number of procedures can be measured
jpeg
- 本程序采用JPEG算法对静止图像进行编解码，采用Matlab仿真平台。程序的品质因数可以自行调整，并附有性能参数分析（采用PSNR作为评判依据）。这是我研一的课程作业程序，自己写的，希望有需要的同学下载！-This procedure uses the JPEG algorithm for still image coding and decoding, using Matlab simulation platform. Program can adjust the quality factor
12864zhongyao
- 液晶显示模块的驱动程序，可通过编程实现图片，波形，汉字的显示情况-LCD module of the driver, through the programming picture, waveform, the display of Chinese characters
simplemathodandLS
- 单纯形法是线性规划问题的最优解求解的方法，最小二乘法通过最小化误差平方和寻找数据的最佳函数匹配。这里给提供了源码。-Simplex method linear programming method for solving the optimal solution, the least square method by minimizing the square error function to find the best match the data. Here to provide a so
rotate
- 能以任意角度旋转图像的vb源码，可以左旋，也可以右旋
compressor00
- 图像压缩处理算法，包含各种资源，全是代码，没执行文件，仅供参考。-Image compression processing algorithms, contains a variety of resources, all the code did not execute the file for reference only.
Moravec
- Moravec算法的实现，可用于提取角点。摄影测量图像处理中常用。-Moravec algorithm for extracting corner
Gaussian-filter--design-
- 用于设计高斯滤波器（模拟，非数字滤波器）的辅助软件，绝对保证独此一份，有需要的可作参考。用vb编写，小小软件，请多多指教，谢谢。-Gaussian filter used in the design (analog, non-digital filter) and supporting software, this an absolute guarantee of independence, need for reference. Vb prepared, a small software, e
filter
- matlab对图像随机添加四种噪声，然后分别通过自编中值滤波，均值滤波，高斯滤波，和维纳滤波进行滤波-matlab add four random noise to the image, and then were filtered by self median filtering, mean filtering, Gaussian filtering, and Wiener filtering