At last , the paper simply introduces the course of operating experiments remotely , and presents the running state of system , as well as raises some advice to promote the system in future . through the design and development of remote experiment system , a distance education site ( see at http : / / www . remote - lab . net ) mainly of remote electric and electronic experiments has been established successfully by the electric and electronic 该课题在开发中采用先进的技术，提出了一套新的系统体系结构，并以此为基础，结合现代数字化电子技术和计算机网络技术，走通了一条远程控制或操作实验的切实可行的技术路线，具有独特性和创新性，对建设远程教育网站，以及远程控制系统的研制，都具有良好的促进作用和参考价值。
The test result shows that the robot wireless remote control system designed in this thesis reaches the design requests , which has friendly interface , easy operation and is a good environment for research on remote control and accurate attack . it also can be regarded as a good teaching platform for remote control course 经过测试,本课题所开发的机器人无线远程控制系统达到了设计的要求,界面友好、操作容易、理论验证方便,是研究远程控制和精确打击相关理论良好的环境,并可以作为远程控制课程的教学平台。
After that , the paper researched the two communication methods of the remote controller via network . then the paper discussed the key technology during designing and realizing the controller and the correspondingly resolutions . in the end , the paper discussed all of work , applications and future of embedded remote controller 然后，分别从网络方式和modem拨号方式两个方面研究了嵌入式远程控制系统的控制策略，探讨了控制系统在设计和实现过程中所采用的关键技术，并设计出系统所采用的安全技术、网络的接入技术和抗干扰技术。
The tcp / ip - based remote control technology adopts c / s model . the paper analyzes this technology in the first place , then the remote control system can be divided into four parts , which are monitoring and control , client , sever , and online control . and every part of them is designed 基于tcp ip协议的远程控制技术采用c s网络模型的，本文分析了这种远程控制技术的特点，在实现层面上将基于tcp ip协议的远程控制系统划分为监控、通信客户、通信服务器和现场监控四个功能模块，对每个模块进行了详细的研究，并采用vc + +开发了基于tcp ip协议的远程控制系统软件。
It analyzes and compares all kinds of wireless network technologies , summarizes the advantages and tecnnology requests ; studies the basic model and performances factors of the remote control , and analyzes the modes of robot remote control . then the software realization methods of the wireless remote control system are studied . it analyzes and compares the software models and programming methods adapting to the remote control , and introduce socket programming 本文首先对无线远程控制技术的相关理论进行了研究:分析和比较了各种无线网络技术,总结了无线网络的优点和技术要求;研究了远程控制的基本模型和性能因素,并重点分析了机器人远程控制模式;其次对无线远程控制系统的软件实现方法进行了研究:分析和比较了适于远程控制的软件模型和编程方法,并着重介绍了套接字编程技术。
Then , by programming with c + + , this thesis achieved partly some application examples of remote control network system which are based on this research , including main program module which took charge of initializing system and remote waking up the console of the controlled and getting the hardware information of the controlled , directive text information setup module which took charge of transmitting text and data , command execution module which took charge of executing simple control command , real time oversight module which took charge of transmitting the real time video of the console of the controlled and feeding information back to the console in charge 之后本文利用c + +编写程序，来实现部分基于本研究的远程控制系统中的一些应用实例，采用了模块化程序设计，实现了负责系统的初始化、并远程唤醒对方控制台、获取对方的硬件信息等功能的主控程序模块，完成系统文本信息、数据的传输功能的指令文本信息设置模块，执行简单的控制指令功能的控制指令执行模块，传输对方控制台即时运行画面并将信息反馈给控制端的功能的即时监控模块。
Then the paper provided a resolution to these problems to connect the serial - interface - device with network and realize remote control via network . then , the paper researched the remote control system based on internet , including the protocols and the modes of the remote control , and discussed the key factors of the remote control via network 随后研究分析了基于互联网的远程控制系统，从控制网络所采用的协议及体系结构出发，分析了远程控制软件和远程控制方式，最后得出结论：网络安全技术、数据传输技术和现场设备及仪器仪表的接口技术是影响远程控制效果的关键因素。
