实验远程操控系统的设计与实现
为提高实验室利用率,让学生在宿舍或在家中实现自主式远程实验操作,院校网络设备远程实验室的组建有着必然的趋势。本文分析了远程网络设备实验室的存在意义、实现原理及实验构成;通过HTML技术及远程网络设备实验管理平台,规划了一个基于一定网络环境的远程网络设备实验室的搭建方案,并具体应用于计算机相关专业的实践教学。文中提出了一种借助超级文本语言和因特网来实现的远程控制。远程控制终端摄像头进行图片拍摄以及上传，从而实现客户端数据共享。在具体实现过程中还借助了ums的播放系统，将其剥离然后嵌入到自己的系统里。
基于因特网的远程视频传输是信息网络与控制网络结合的产物,它借助网络完成监视与控制任务,将监控范围扩展到更广的空间,进一步推进了控制技术向网络化、分散化及开放化的发展。26801
关键词因特网；网页制作；HTML；实时视频传输
毕业论文设计说明书外文摘要
Title The Design and Implementation of remote Control System Experiment
Abstract
Growing as the Internet bandwidth, based on the Intel network remote control technology has been rapid development.Transfer the relevant technology of the video on the Internet is becoming a hot spot of research and development of the Internet, too.
To improve laboratory utilization, so that the students in the dorm or at home to realize autonomous remote experimental operation, the colleges and universities network equipment form is the inevitable trend of the remote laboratory.This paper analyzes the significance of existence in the remote network equipment laboratory, implement principle and experiment;Through HTML experimental technique and remote network equipment management platform, based on network environment planning a remote network equipment laboratory construction project, and specific application in computer related professional practice teaching.This paper puts forward a super text with the help of language and the Internet to realize the remote control.Remote control terminal camera for photo shooting and upload, so as to realize the client data sharing.
Remote video transmission based on Internet is the product of information network and control network, it with the aid of network monitoring and control task, the monitor will be available to a broader space, to further advance the control technology to the development of the network, the decentralized and open
Key words：
The Internet; Web page creation; HTML; Real-time video transmission
目 次
1 引言（或绪论） 1
1.1课题背景 1
1.1.1远程实验室的定义 1
1.1.2因特网新的需求 2
1.1.3远程传输技术的发展 2
1.1.4视频传输技术的展望——立体视频 3
2 概要设计 4
2.1.1需求规定 4
2.1.2运行平台 4
2.1.3基本设计概念 4
2.1.4系统设计 4
2.1.5关键技术 5
3.关键技术 6
3.1 HTML5 6
3.1.1 HTML视频功能 6
3.1.2视频实现 6
3.1.3 HTML5的优势 6
3.2 UMS的使用 6
3.2.1确保UMS正常运行 7
4 传输原理 8
4.1TCP/ IP协议及UDP协议 8
4.2RTP/RTCP协议 8
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