UG_job

这是一个简单的画圆功能，主要让用户学会如何利用Windows提供的画图工具，用户单击鼠标右键则会弹出对话框选择线宽，在菜单上也设计了圆的颜色选择菜单。(This is a simple function of the Circle. mainly for users to learn how to use Windows for the drawing tools, Users right-click pop-up dialog box will be chosen linewidth, the menu also designed a circular color choice menu.)

用picture控件实现人脸检测画面界面显示和视频流的选择(Achieved with the picture control interface display screen face detection and video streaming options)

该程序完成的是桌面共享应用,包括论文一应俱全.使用语言是C++.(The process is complete is a desktop sharing application, including essays ranging use of language is C++. )

Lorenz吸引子相空间轨迹相图，包括子程序和主程序，r=28时的暂态混沌状态(Lorenz attractor phase space trajectory phase diagram, including subroutines and the main program, r = 28 when the transient state of chaos)

Clio, drawing in GDI, example of elementari use of gdi functions

Particle Swarm Optimization

通过RS485端口不停地发送数据0xaa用示波器观察RS485端口A、B信号线上的波形或者用RS485接收器接收发送的字符。(Through the RS485 port to send data continuously 0xaa observed with an oscilloscope RS485 ports A, B signal waveforms or use the RS485 line receiver sends characters.)

利用vc++6.0在opencv平台上开发，读取并显示一副图像，然后利用鼠标在显示图片上绘画(Using vc++ 6.0 in opencv platform development, read and display an image, then use the mouse painting on display images)

vc++入门者可以参考，老师上课教的一些实验程序。希望对大家有所帮助。(vc++ beginner to refer to class the teacher to teach some of the experimental procedure. We want to help.)

说明：  经过二十余年的快速发展， 空间激光通信的研究重心逐渐从高精度ATP分系统向高速 率通信分系统转移 紧密跟踪空间激光通信的国际发展最新动态，从通信带宽和链路功率两个方面， 针对通信发射单元、接收单元和信道特性，分析了提高空间激光通信传输速率的技术难度与途径．分 别阐述了波长1 550 nm、基于EDFA 功放和前放技术，空间相干技术，光偏振复用技术．光波分复用 技术的基本原理、性能指标及关键技术，为高速率空间激光通信提供了技术参考(After more than 20 years the rapid development of space laser communications research center of gravity gradually transferred to the high-speed communication subsystem from the high-precision ATP subsystems closely track the latest developments of the international development of space laser communications, communication bandwidth and link power of two. communications transmitter unit, receiver unit and channel characteristics, technical difficulty and ways to improve the transfer rate of space laser communications. Described wavelength of 550 nm, based on EDFA amplifier and put technology, spatial coherence, optical polarization multiplexing. The basic principles of optical wavelength division multiplexing technology, performance indicators and key technologies, and provide a technical reference for high-rate space laser communications)