图像的预

:在同一受试者,针刺不同穴位可引起相同部位脑功能区激活,不同人针刺相同穴位激活的脑功能区有一定差异,针刺效 果可能并非通过单一脑功能区,而是通过有功能联系的多个脑功能区所形成的一个复杂的流动性网络的相互作用而实现的。-: In the same subjects, acupuncture points can cause the same parts in different functional areas of brain activation, different people the same acupuncture points to activate certain areas of brain function differences in effects of acupuncture may not be through a single brain functional areas, but rather through a functional linkages of multiple brain functional area formed by a complex interplay of mobile network implementation.

intel的ipp性能库sample code，提供了加速的静态图象处理示例，充分显示了ipp在多核平台下的性能优势-intel performance of ipp library sample code, provided the acceleration of static image processing example, it shows that in multi-core platform ipp performance advantages

利用vc++对动态目标进行检测，也可配合摄像头使用-Using vc++ for dynamic detection of targets can also be used with the camera

一个关于主成分分析的程序，对初学者有帮助。-A principal component analysis on the procedure, help for beginners.

该源码是一个基于图象处理的细胞识别统计系统-the source is an image processing based on the recognition of cells statistical system

关于图像模式识别的代码和算法的重要研究，很不错-Image data source is very improtant

纵向扫描的多边形填充算法，可以实现任意多边形的扫描填充-Longitudinal scan of the polygon fill algorithm, you can realize arbitrary polygon scan fill

利用Harris进行角点检测，输出测试结果，性能方面可以接受，效果较好-Carried out using Harris corner detection, the output test results, performance acceptable, better-performing

H.264+ffmpeg解码器的样例程序-H.264+ Ffmpeg codec sample program

图像格式转换的源码，用于图像不同格式的转换，如转换公式为Gray(i,j)=0.11*R(i,j)+0.59*G(i,j)+0.3*B(i,j)，其中Gray(i,j)为转换后的黑白图像在（i,j）点处的灰度值，其中绿色所占的比重最大，所以转换时可以直接使用G值。 -The source image format converter for conversion of images in different formats, such as the conversion formula for the Gray (i, j) = 0.11* R (i, j)+ 0.59* G (i, j)+ 0.3* B ( i, j), which Gray (i, j) for the converted black and white images in the (i, j) point of the gray value, of which the largest share in the green, so conversion can be directly used when the G value.