Fill the realization of graphics, algorithms for internal representation of regi...

本文提出了一种基于区域分割的分段线性变换方法，结合灰度直方图提供的有关灰度分布的统计信息 和图像提供的空间位置信息，利用各灰度区间把图像分割成不同的区域，检验要增强的目标是否落在某 灰度区间对应的图像区域内，从而加快了调整灰度区间的过程，提高了算法的执行效率。-dddddddddddddddddddddddddddddd

数字图像处理源代码 具体实现数字图像各经典算法，并附有界面。-digital image processing source code specific digital images of the classic algorithms, together with interface.

粒子滤波的课件，对粒子滤波进行了详细的介绍-Courseware particle filter, particle filter for a detailed introduction

自适应的编码与解码 在c++环境中可以成功运行-Adaptive encoding and decoding in c++ environment can be run successfully

计算图像中的欧拉数，经典代码，采用matlab实现，可以熟悉欧拉数的求法，及相关MATLAB函数的用法，带图片可测试。-calculated image of Euler number, classic code using Matlab realized, could familiar with the Euler number for the law, MATLAB functions and related usage, with pictures can be tested.

用它里面的类可以产生类似于JAVA应用中的水纹、火焰以及熔浆效果。-use it inside the class can produce Java applications similar to the watermarked, flame and melts effect.

视频运动检测的例子和源代码，可以在图像处理和运动目标检测中应用-Video Motion Detection examples and source code, the image processing and moving target detection application

用matlab处理图像，实现各种滤波等图像增强的功能。-Matlab image processing used to achieve a variety of filtering, image enhancement functions.

Forward-Backward MHI(前后向运动历史图)是一个快速有效的运动目标检测方法，本程序正是实现2006年Zhaozheng Yin and Robert Collins的“Moving Object Localization in Thermal Imagery by Forward-backward MHI”文献中的方法。此程序可以很方便的对该方法的优缺点作出评判。给运动目标检测器的选择提供了除“帧间差”和“背景相减”外的又一方法。 本程序基于OpenCV。-Forward-Backward MHI (before and after the historical figure to the movement) is a fast and efficient moving target detection methods, this program is to achieve in 2006 Zhaozheng Yin and Robert Collins of the " Moving Object Localization in Thermal Imagery by Forward-backward MHI" in the literature method. This procedure can easily judge the advantages and disadvantages of the method. To the moving target detector choose to provide that except " bad frames" and the " background subtraction" another way outside. The program is based on OpenCV.

数字图像相关法是对全场位移和应变进行分析的一种新的实验力学方法。图像处理是其核心之一。本文探讨了根据相关技术寻 求位移场的基本原理,并编制了基于Matlab的数字图像相关法程序。程序验证结果表明本程序处理速度快,精度高,可以满足基于相关技 术的图像处理的要求。-err