C语音MP3播放器

用区域生长分割脑白质、脑灰质、脑脊液。~~~~~~用matlab进行开发，程序简单易懂。~~~~~~~~不喜勿喷

MFC和OpenCV结合的数字图像处理课程设计，实现数字图像处理中的多个算法，图像分割，形态学图像处理，空间域增强，哈哈镜，二值化，Sobel，Laplace，Robert等边缘检测，中值滤波和均值滤波等，实现的功能比较全，花了我2个通宵做的 (MFC and OpenCV combination of digital image processing course design, digital image processing of multiple algorithms, image segmentation, morphological image processing, spatial enhancement, magic mirror, binarization, Sobel, Laplace, Robert other edge detection, median filtering and mean filtering, to achieve the full feature comparison, it took me 2 night do)

1-2 实系数复变多项式问题« 编程任务：给定阶数分别为n和m的实系数复变多项式f(x) 和g(x)，以及复数z，计算f (z) / g(z)的值。« 数据输入：由文件input.txt 给出输入数据。第一行有2 个正整数g(x) 的阶数。接下来的2行，每行分别有n和m个实数数。最后一行的2 个实数分别表示复数z 的实部和虚部。« 结果输出:将计算出的f (z) / g(z)的值输出到文件output.txt。文件的第一行是计算得到的复数，保留6 位有效数字。注意输出的结果应该符合数学中手写习惯。例如，当复数z 的实部和虚部分别为2 和1 时，应该输出2+i，而不是2+1i。输入文件示例 输出文件示例input.txt output.txt2 11 2 32 23.5 0.5-1-2 polynomial coefficients complex issues laquo; Programming tasks : to set the order of n and m is the coefficient of complex polynomials f (x) and g (x), and the plural z, calculated f (z)/g (z) values. Laquo; Data input : from the document input.txt given input data. The first trip had two positive integers g (x) of the Order. The next two firms, each trip respectively n and m really count. The last line of the two real plural z respectively, said the real and imaginary parts. Laquo; Results output : to calculate the f (z)/g (z) the value of the output to a file output.txt. The document is the first line of the complex calculat

LPC17XX通过MCPWM调制生成完美的正弦波源代码，已经过调试，做产品也没有问题哦哦哦

51单片机驱动TI公司AD芯片TLC1549,亲测有效，无误————————————————————————————————————————————————————————————————————————————————

第十届飞思卡尔光电平衡组国赛代码，非常有使用价值，别人我是不会告诉他的，赶快下载吧，平衡代码有优化，自己看懂代码调试参数，拿大奖吧，不要谢我

说明：  【转载】防火墙源码，实现基本的入侵检测功能实例(Reprinted】 【firewall source code, to achieve the basic function of an instance of intrusion detection)

用VC编写的贪吃蛇游戏。界面很好，没怎么调用API或者使用MFC主要是借用第三方graphics库(tanchisheyouxi,henhaowan,xiazaixiakaikankan )

2003风格菜单效果代码,包括组件源码和例程(2003 results code style menu, including source components and routines)

脉冲激光测距系统工作原理即单片机控制激光发 射装置发射占空比一定的激光脉冲，其中一小部分能量 到达接收电路，然后光电探测器将微弱的光脉冲信号变 成电脉冲信号并看作Start信号触发时差测量。激光的 大部分能量在空间中传播，遇到目标物后反射传播到 达接收电路，看作Stop信号结束测量，至此完成时差测 量[2]。TDC?GP22芯片记录Start脉冲到Stop脉冲之间的 时差，用于计算目标物到发射端的距离。(The principle of the pulse laser range finding system is that the single-chip microcomputer controlled laser emission device launches a certain laser pulse, in which a small portion of the energy reaches the receiving circuit, and the photodetector turns the weak light pulse signal into the electric pulse signal and is considered as the time difference measurement of the trigger time of the Start signal. Most of the energy of the laser propagates in the space. After the target, the reflection transmission reaches the receiving circuit, which is regarded as the end of the Stop signal and then completes the time difference measurement [2]. The TDC GP22 chip records the time difference between Start pulse and Stop pulse, which is used to calculate the distance between the target and the transmitter.)