使用 GraphCut 的合成图像

将每2片74595做级联，然后再将级联之后的所有时钟线与数据再并联在一起最后对每一组的锁存控制线做单独控制.(Application to do a project, the more I/O, applied to the 74,595 to do the extension, but you want to mount multi-chip 74595, is bound to have a lot to use the I/O port, in order to solve this problem, I will be every 2 sheet 74595 do cascade, and then cascade after all the clock line and the data in parallel and then together (i.e., all 74595 communal clock and data lines, it only occupies two I/O port lines) Finally, for each group latch control lines do individually controlled (equivalent to Chip Select), so that a hardware circuit by a great degree of simplification, both procedures can also share a driving subroutine 74595, to control the type of lock inventory control line, serial data is sent to the port 74595 cascade module. As a result of the hardware and software have a large degree of optimization.)

使用STM8L调试MPU6050和BMP280(using STM8L to drive mpu6050 and bmp280)

在Visual C++数据库编程中,访问数据库的另一种方式是采用DAO,现提供源码供参考.(In Visual C Database Programming, access the database is another way to use of DAO, is now providing a source for reference.)

说明：  CS实现一维信号，二维图片在采样完成后重构(Realizing one-dimensional signal and two-dimensional image reconstruction)

为opnet14.5仿真 zigbee的模型，除自带的物理层。MAC层外还有网络层等内容，使用简单，配合视屏学习。

说明：  针对两种flash所写的读写程序,公布我原来写的针对两种flash所写的读写程序，用的单片机是51系列！(against two flash reader written procedures, I was originally announced against two flash reader written procedures, the MCU is 51!)

说明：  stm8L052 串口通信程序 9600bps 8 Bit(stm8L052 USART Configuration)

说明：  实现单片机的无线通信，和e50无线串口的使用。能够运用到如智能家居等，无线连接的电气中，建立无线网络，实现一对多的通讯。(The wireless communication of MCU and the use of E50 wireless serial port are realized. It can be used in the electrical connection such as smart home, wireless network, and realize one-to-many communication.)

说明：  这是一个c++实现的基本遗传算法 很好用的，只要按照提示输入数值区间就行了或者自己把那个函数改一下就可以做了。(c++ to achieve a good basic genetic algorithm used)

说明：  RTL8019网卡芯片源码,TCP/IP源码,包括TCP.C,UDP.C,IP.C(RTL8019 LAN chip source, TCP/IP source code, including TCP.C, UDP.C, IP.C)