基于灰度和matlab编写的图像匹配源代码，运行效果不错

一种方法利用脸和头发的直方图信息将其分割，从而标记脸部区域，再边缘提取，标注眼、嘴、鼻。另一种方法利用相似度计算、积分投影标记人脸区域，从而定位眼、嘴、鼻。-Two_algorithm_for_Face_detection_and_location.rar

彩色图像到灰度图像的转换函数ConvertToGray-Color image to grayscale image conversion function ConvertToGray

《几何偏微分方程应用于图像处理》中P_M方程的显式实现方案-"geometric partial differential equations used in image processing," P_M equation Explicit Implementation

图像格式转换的C源码，将rgb格式转变成yuv格式-Image of the C source code format conversion to rgb format into yuv format

利用小波分解与重构,实现图像压缩,可灵活选用其他小波,简单易懂,特别适合小波初学者.-using wavelet decomposition and reconstruction, image compression, the flexibility to choose other wavelet is simple to understand and Wavelet particularly suitable for beginners.

这里包含三个高质量的Gabor实现代码，分别基于C、OpenCV、Matlab，大家各取所需吧。Gabor变换可以实现在多个尺度、多个方位上的变换，尤其是对于纹理的检测有很好的效果，研究表明Gabor特征符合人眼感受野特性。 -Here are three high-quality implementation of the Gabor code, respectively, based on C, OpenCV, Matlab, let everyone take what we need. Gabor transform can be achieved in a number of scales, a number of position on the transformation, especially for the detection of texture have very good results, the study shows that the characteristics in line with Gabor receptive field characteristics of the human eye.

基于特征的影像匹配――SIFT Method!!! 相当经典,只不过是MatLab源码，希望有哪位高手能转换成VC++源码!-feature-based image matching-- physiology Method! ! ! Quite classic, MatLab is the only source, which experts hope will be converted into VC source!

实现图像中值滤波的VerilogHDL源代码-Median_filter VerilogHDL Code

将RGB转换到YUV4_2_2,4_2_0的程序-To RGB conversion to YUV4_2_2, 4_2_0 procedures

许多应用PET 与fMRI 技术的脑功能成像研究发现,数字加工任务会显著引起前运动皮质的激活。习惯上认为,这一 结果可能与任务执行过程中的动作反应,如手指按键、默读或眼动等有关。近年来的研究则表明,这一区域不仅具有动作功能, 同时也具有其它非动作的认知功能。在本研究中,对17 篇关于数字加工的脑功能成像研究进行了元分析,以考察前运动皮质在 数字加工中的作用。研究结果发现,运动前区的背外侧( PMd) 与腹外侧( PMv) 在大多数数字加工任务中有显著激活,而运动辅 助区(SMA) 的激活则相对较少。数字比较、加法与减法任务在PMd 区域有更多的激活,而乘法任务则在PMv 区域有更多激活。 数字自身特征对PMd、PMv 与SMA 喙部区域的激活有显著的调节作用。这一结果表明,前运动皮质在数字加工过程中可能扮 演着比动作反应更为重要的角色。-Many applications, PET and fMRI brain imaging technology study found that a significant number processing tasks are likely to cause the activation of premotor cortex. Customary to believe that the The results may be related to task execution in the process of movement reaction, such as the finger buttons, silent reading, or other related eye movements. In recent years, studies suggest that this region not only motor function, At the same time also has other non-cognitive action. In this study, pairs of 17 on digital processing of functional imaging studies of brain meta-analysis to examine pre-mot