A good image sample.

可以对BMP文件进行分析，并获取图像的基本属性-May carry on the analysis to the BMP document, and gains the image essential attribute

BMP图像填充-BMP image filling

云图的绘制是必不可少的用到的是颜色刻度表。此程序有这样处理这些颜色的分类和计算-Cloud rendering is essential to use the color calibration table. This procedure have to deal with these color classification and calculation of

图像拼接在超声波医学图像的应用，对图像拼接的专业人员有用-The application demonstrate the use of Image Mosaicing in ultrasound medical image, and is specially useful for the professionals engaged on Image Mosaicing.

C++图表绘制代码，有助于学习掌握基本的C++数字图像处理技术。值得学习和参考。-C++ Chart rendering code, contribute to learning and mastering the basic C++ Digital image processing technology. Worthy of study and reference.

学生自己制作的c程序，中国象棋，尽管界面不是很漂亮，但是用c写到这地步已经是很不容易-produced by the students themselves c procedures, Chinese chess, although the interface is not very beautiful, But using c wrote this stage is not easy

orl人脸数据库第1部分,因体积大,分成几个部分,做人脸的必需.-02:00 Face database Part 1, because of their size, divided into several parts, the essential human face.

位图的文件格式,并显示字节信息-bitmap file format, and display information byte

VB6 windows2000 图像北京透明，并且能产生动画 使用不GDI编程-VB6 windows2000 Beijing transparent images, and animation can be generated using GDI Programming

针对航空照片中自动目标识别的复杂性．该文提出了一种基于神经网络的自动目标识别算法， 算法包括检测和虚警排除两个阶段．检1删阶段是在整幅区域中i挂行快速搜寻．找出所有可能的目标 虚 警排障阶段是对检测阶段得到的结果进行进一步的验证， 在尽可能保留全部真目标的前提下，将伪目标 排除．实验结果证明了算法的可行性． 关键词 神经网络，航空照片， 自动目标识别-against aerial photographs Automatic Target Recognition of complexity. This paper presents a neural network-based automatic target recognition algorithm, the algorithm including the detection and false alarm ruled out in two stages. Frederick stage is a cut in the whole region i linked to fast-track the search. To identify all possible targets false alarm remove obstacles stage of the testing phase results further verification, reservations at all possible real targets on the premise that goal will be to exclude false. Experimental results demonstrate the feasibility of the algorithm. Keywords neural network, aerial photographs, automatic target recognition