Mysniffer001

通过MediaPlayer控件对象播放Mp3文件。使用SetWindowRgn函数，使窗体呈现不规则形状。(Mp3 player through the MediaPlayer control object file. Use SetWindowRgn function, so that form irregular shapes.)

DSDV协议在ns2中的实现，可以直接使用，无需调试(DSDV protocol implementation in ns2, can be used directly, without debugging)

this is reference about calibration using visual c++.

基本的浏览器源码(basic source browser)

window版本的memory读写范例,相当好用,而且实用(window version of the memory read and write examples, very easy to use and practical)

对网络的流量进行监测，会很好的对网络端口的流量进行监测，绝对可以完整运行(Traffic on the network to be monitored, will be well on network port flow monitoring, absolute integrity can be run)

几个用C++编写的关于GPS、惯性导航和卡尔曼滤波的程序(Several written in c++ about GPS, inertial navigation and kalman filtering program)

说明：  采用模糊控制的思想，实现交通路口红绿灯时间的优化控制。 功能要求：(1) 采用模糊控制实现红绿灯控制，根据车流量的不同来控制红绿灯的显示时间。 (2) 模拟实际交通路况，简化编程难度，只考虑横竖方向的车流量，并不考虑车的拐弯，重点突出模糊控制算法 (Using fuzzy control theory to achieve the traffic intersection of time optimal control of traffic lights. Functional requirements: (1) using fuzzy control to achieve traffic light control, according to the different traffic flow to control the traffic lights display the time. (2) simulate the actual traffic and road conditions, simplify programming difficulty, only if they had to consider the direction of traffic flow, without considering turning vehicles, focused fuzzy control algorithm)

用C++编写的单目视觉SLAM 图形化界面 VC++6.0环境(monoslam vc++ environment)

基于UC/OS-II的温度实时监测系统, 控制CPU自带温度传感器，并将温度显示在数码管或LCD上；当温度大于设定值时报警；报警驱动蜂鸣器并通过串口上传到PC；PC给出消除报警指令后则取消报警；报警的重新启动由按键通过中断送入；合理安排UC/OS-II实时任务，合理利用UC/OS-II各类事件机制（信号量、消息邮箱、消息队列、事件标志组等）。(Based on UC/OS-II real-time temperature monitoring system, the control CPU comes with a temperature sensor and the temperature on the digital display or LCD when the temperature is greater than the set value alarm alarm buzzer driver and uploaded to the PC via the serial port the PC gives instructions to eliminate warning alarm is canceled restart interrupted by an alarm from the key into reasonable arrangements for UC/OS-II real-time tasks, rational use of UC/OS-II mechanism for all types of events (semaphores, message mailboxes , message queues, event flag groups, etc.).)