最简单的GUI可在51单片机或ARM上运行

VC++NJIN虚拟示波器程序-VC NJIN virtual oscilloscope procedures

对图像Gabor特征的提取，一个非常有效的特征,并用SVM对图像进行分类 99142375gist

用vc实现图像选块的拖拽和融合,通过对窗口的拖动实现图像选块的拖拽.-with vc election Image block dragging and integration, right through the window Drive Image dragging the election block.

现图形学中画直线，园和圆弧以及直线裁剪，区域填充等功能 1． 对于画直线，只需知道起点和终点即可。在工作区间中按下鼠标（即选择起点），拖动至另一处松开（终点），即得到直线。 2． 画圆需要圆心坐标、半径、及起始角和终止角，至于实验要求的画1/4圆弧，可设起始角=0，终止角=45，若要画整个圆弧起始角和终止角分别为0和360即可。-Graphics are painting a straight line, arc, as well as garden and cut a straight line, filled with features such as region 1. For painting a straight line, just know that you can start and finish. Interval in the work of the mouse click (that is, to choose the starting point), drag to another release (the end), that is to be a straight line. 2. Drawcircle need to center coordinates, radius, and the termination of the initial angle and angle, as required by experimental painting 1/4 arc, the starting angle can be set = 0, terminate the angle = 45, in order to draw the whole arc start angle and termination angle is 0 and 360, respectively, can be.

程序的目的是要实现动态画出多边形，可以进行移动、旋转、放缩几何变换和动画，并可以填充-procedures are designed to achieve dynamic draw polygons that can be mobile, rotating and scaling geometric transformation and animation, and can be filled

二维提升小波变换方面的资料，包括lifting9.7及lifting5.3小波-Lifting wavelet transform of two-dimensional information, including lifting9.7 and wavelet lifting5.3

c语言实现的边缘检测算法-Edge Detection Algorithm

计算机图形学的直线裁剪程序-computer graphics line cutting procedures

很好的图象放大程序-good image enhancement procedures

传统的单粒子重建方法使用傅立叶或delta 函数基础来表示粒子密度图。我们提出了一个更灵活的算法，可以根据数据适应性地选择基础。由于基础适合数据，跟使用固定基础重建相比，分辨率和讯噪比(SNR) 都得到提高。而且，该算法自动遮盖粒子，使得粒子从背景中分离出来，无需在精制循环中使用专门滤波器或者蒙层。该算法是基于贝叶斯定理最大后验框架中表示，使用有效优化算法获得最大化。评估使用模拟和实际的低温电子显微镜数据，显示分辨率和 SNR 改进以及从背景中有效遮挡粒子。