用中值滤波和平均滤波方法对二位图像进行去噪处理，采用的模板是3*3...

图像处理与机器视觉相关的论文 有关均值聚类-Image processing and machine vision-related papers on the means clustering

左边显示BMP文件并且可以加入自己算法来对其进行修改显示在右边，可以把右边的bmp图像另存为新文件-The left display BMP files and can add their own algorithm to modify shown on the right can be the right bmp image as a new document

里面有几篇核fisher的文献，原理以及实例介绍得都很详细-Inside there are several nuclear fisher literature, principle and example have very detailed description

对比度拉伸，对原始图像进行对比度拉伸，从而得到拉伸后的图像-tensile contrast, the original image contrast stretching, and thus drawing the images

常用游戏图像处理,线性插值算法实现图像缩放、旋转详解,2D 游戏中的光照,动态模糊等-Common game image processing, linear interpolation algorithm to achieve image scaling, rotation, Xiang Jie, 2D game illumination, motion blur, etc.

特征提取: 提取了图像中各个标记区域的纹理特征及形状特征,标注详细-King Lek qiong 取: Joan 取了 Minghao Shilu rude plugging 各个标记区 的 理 Canton King Lek Lek 及 near Durian King, 标 downtown Circle Jiu

连通区域标记程序,本程序使用了opencv中图像数据结构：IplImage。算法原理：首先进行第一次扫描，标记连通区域；然后对等价标记进行合并；最后进行第二次扫描，对等价标记进行重新标记。-regional connectivity marking procedures, the procedures for the use of the OpenCV Image data structure : IplImage. Algorithm tenets : first for the first time, scanning, marking regional connectivity; Then equivalent marker for the merger; the final for the second scan, equivalent to re-labeled markers.

模式识别中几个聚类算法，也包括神经网络和遗传算法在图像识别中的应用-Pattern recognition of several clustering algorithms, including Neural Networks and Genetic Algorithm in Image Recognition

介绍卡尔曼滤波的原理以及基于卡尔曼滤波的简单应用-Introduced the principle of Kalman filtering and Kalman filtering based on a simple application of

比较五种窗函数特性matlab程序：得到矩形窗、海明窗、三角窗、汉宁窗和布莱克曼窗图形。从仿真结果可知：矩形窗设计的过渡带最窄，但阻带最小衰减也最差。布莱克曼窗设计的阻带最小衰减最好，但过渡带最宽。-Comparison of characteristics of five kinds of window function matlab program: to be a rectangular window, Hamming window, triangular window, Hanning window and Blackman window graphics. From the simulation results we can see: the rectangular window designed for narrow transition zone, but the minimum stop-band attenuation is also the worst. Blackman window design of the stop-band minimum attenuation is best, but the transitional zone widest.