该项目是一个基于接口的工厂模式的三层架构示例解决方案.Net 2.0版本。...

Matlab快速傅立叶变换程序，有源代码。(Matlab Fast Fourier Transform program, active code.)

基于STM32的音频采集与播放源码，ADC采集，DAC播放。没有对音频进行压缩

设置列表控件的显示方式，VC++精选编程源码，很好的参考资料。(Set display mode list control, VC++ programming source code, a good reference.)

说明：  用89S51单片机KEIL51编译器编辑的超声波测距程序，适合初学者。-89S51 Singlechip with KEIL51 compiler Editor Ultrasonic Ranging procedures, suitable for beginners.(Singlechip with KEIL51 compiler Editor Ultrasonic Ranging procedures, suitable for beginners.)

编写的飞思卡尔的sd卡读写程序，可以完成对sd卡的扇区读写，效率高，执行速度快(Writing the freescale sd card reading and writing program, can complete the sd card to the sector, speaking, reading and writing, high efficiency, the execution speed)

说明：  windows 操纵系统，只要学习编程，操作系统是一个绕不开的话题(Windows operating system, as long as learning programming, operating system is an inseparable topic)

介绍了如何利用 MATLAB 及其图像处理工具箱进行数字图像处理, 并通过一些例子来说明利用 MATLAB 图像处理工 具箱进行图像处理的方法。 (Introduction to digital image processing using MATLAB and its image processing toolbox, and through some examples to illustrate the use of MATLAB image processing Toolbox for image processing method.)

针对DSP2812芯片，编制的工程文件，存储器修改、读写。完整工程，CCS调试通过，适合初学者(DSP2812 chip for the preparation of engineering documents, memory modify, read and write. Complete engineering, CCS debugging, suitable for beginners)

用MATLAB和VisualC_混合编程及应用(Hybrid Programming with MATLAB and VisualC_ and application)

输入椭圆中心和长短轴径; 2. 计算得到中心在原点的椭圆上的第一个点=; 3. 根据公式(1.1.3-2)计算区域1中决策参数的初值为; 4. 在区域1中每个位置处，从开始，反复按照公式(1.1.3-3)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到为止，记第一个满足此条件的点为(); 5. 在区域2的每个位置处，从开始，反复按照公式(1.1.3-6)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到()为止;(Input ellipse center and long and short axis diameter; 2. The first point of the center on the ellipse at the origin is calculated. 3. According to formula (1.1.3-2), the initial value of decision-making parameters in region 1 is calculated. 4. At each location in region 1, the decision-making parameters are updated repeatedly according to formula (1.1.3-3). If the decision-making parameters are less than 0, they will remain unchanged. If the decision-making parameters are less than 0, then add 1 and cycle until the first point satisfying this condition is (); 5. At each location of region 2, the decision parameters are updated repeatedly according to the formula (1.1.3-6). If the decision parameters are less than 0, they will remain unchanged. If the decision parameters are less than 0, then add 1 and cycle until ().)