After introducing design and implementation of the measurement system, the thesis presents the results from measurement and analysis to the real IP Multicast Network.
论文在设计和实现组播测量系统的基础上，对IP组播网络进行了测量和分析。
The system support several multi-point conferences simultaneously, and terminals are connected by IP multicast network, thus enabling the realtime multimedia data communication.
系统同时支持多组的多点会议，会议人员通过IP多播网互连，实现实时的多媒体数据通信。
In IP multicast network, how to choose appropriate multicast routes and optimize the configuration for reducing the cost of multicast are the key to popularize the multicast service.
在IP多播网络中，如何选择合适的路由、优化配置，以减少开支，是IP多播业务推广使用的关键。
IP multicast technique realizes efficient data transmission from one point to multiple points in IP network, and remedies the defects of unicast and broadcast communication.
IP组播技术实现了IP网络中点到多点的高效数据传输， 它能弥补单播通信和广播通信的不足。
The paper explains the advantages of IP multicast technology in the network transmission of embedded video monitoring system through comparing three kinds of different network communication ways.
通过比较三种不同的网络通信方式，阐述IP组播技术在嵌入式视频监控系统网络传输方面的优势。
In the thesis, conceive IP multicast system which utilize existing equipment and condition of network.
本文中，利用现有的网络设备和条件构建IP组播系统。
Compared with IP multicast, overlay multicast usually consumes more underlying network resources.
与IP组播相比，覆盖组播通常会消耗更多的底层网络资源。
Overlay networks will integrate multicast capabilities of the IP and optical network.
层叠网络的进一步演进，将进一步融合ip组播和光网络组播。
Because of some technology and economy issues, IP multicast service among the whole network haven't been deployed completely.
由于技术和经济方面的原因，直到现在，全网范围内的IP组播服务尚未完全部署。
The emergence of these applications has brought a sharp bandwidth consumption and network congestion and so on. IP multicast is an important mechanism which can support these applications efficiently.
这些应用的出现带来了带宽的急剧消耗和网络拥塞等问题，而IP组播是有效支持这些应用的重要技术。
Multicasting is a function of the IP network protocol, with the help of special multicast routers and protocol stacks.
多点传送是IP网络协议的一项功能，它在专用多点广播路由器和协议堆栈的辅助下工作。
Chapter Five analyzes the network transferring technology, and present the method through IP Multicast and RTP base on UDP.
第五章提出了基于UDP的RTP视频传输模型，还分析了本课题引入的IP组播技术的优势；
This will cause multicast service deployed more difficulty on Metro-E network. In this paper, I analyze and study IP multicast control technology on L2 Metro-E network.
在本文中，笔者首先对已有IP组播控制技术分析，针对城域以太网的二层网络对IP组播控制技术进行研究。
This will cause multicast service deployed more difficulty on Metro-E network. In this paper, I analyze and study IP multicast control technology on L2 Metro-E network.
在本文中，笔者首先对已有IP组播控制技术分析，针对城域以太网的二层网络对IP组播控制技术进行研究。
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