ch372数据测试程序,可以长时间测试准确传输数据

MPC5604P的RTC中断代码，设置RTC中断的时间间隔约为0.5秒，D1每隔约1秒闪一次(MPC5604P the RTC interrupt code, set the RTC interrupt interval of approximately 0.5 seconds, D1 at intervals of about one second flash once)

运用单片机实现烟雾、煤气报警和短路自检，主要用到ADC0809，AT89S51等。本项目最终做成实物，并能良好实现功能。有protel原理图，PCB布线图，完整的论文中有详细程序介绍。(Application of single chip microcomputer gas alarm and smoke, short circuit self-checking, mainly used in ADC0809, AT89S51 etc..This project eventually made real, and can well realize the function.Protel PCB schematic diagram, wiring diagram, the complete paper.)

部署在服务器公网上 实现内外网通讯的源码，外部程序连接到这个程序，这个程序再连接内部服务器(Deployed on the server the public Internet to achieve internal and external network communication)

可运行的日记文件，可以记录内容并按时间分类，根据你的输入打开，删改日记文件等(a diary which can be executed so that you can record your diary and date.It can be )

捷联惯导航姿系统C语言实现，可以方便的得到飞机的飞行姿态。(Navigation position system SIMU program development, you can easily get the aircraft attitude.)

最新 32位 win7 下OpenGL各种头文件、静态连接库文件、与动态链接库（gl/glu/glut/glew/glfw/gl3/freeglut等）(the newest win7 32 OpenGl include lib dll. (gl/glu/glut/glew/glfw/gl3/freeglut)etc)

用basler SDK写的一个范例，进行图像采集相关操作

本书主要介绍由ADI工程师亲自参与设计、调试并验证的实验室电路。通过这些实验室电路,可以将这些产品迅速和放心地组合起来。这些电路为许多通用应用提供解决方案。每款电路包含详细的设计文档、常见电路变化以及更多信息。电路功能和性能已经过硬件验证。(This book introduces the ADI engineers personally involved in the design, debug, and validate laboratory circuits. Through these laboratories circuit, these products can be combined quickly and safely. These circuits are provided for many common applications solutions. Each circuit includes detailed design documentation, common circuit variations, and more. Circuit functionality and performance of the hardware has been verified.)

说明：  VC毕业设计，全景图拼接算法实战源码+论文。算法基本思想，图像A和Ｂ，Ａ有至少１／３部分与Ｂ重合，在Ａ中找图像块ａ，在Ｂ中找图像块ｂ，利用夹角余弦距离，求ａ 、ｂ的相似度，利用循环使ｂ在Ｂ中移动，找到相似度最大的图像块ｂ。通过ｂ所在点坐标，确定B相对于Ａ的偏移量。通过偏移量将Ａ和Ｂ放在同一坐标系实现拼接。(VC graduation design, panorama mosaic algorithm actual source code + thesis. The basic idea of the algorithm is that at least one third of the images A and B overlap with B. Find the image block a in A, and find the image block b in B. Use the cosine distance of the angle to find the similarity of a and b. Use the loop to move b in B to find the image block b with the highest similarity. Determine the offset of B relative to A through the coordinates of the point where b is located. A and B are placed in the same coordinate system through the offset to achieve stitching.)

利用Active控件实现计时器,图形显示等(To Timer.)