The IP multicast technology is also hardly to be deployed because of some technique problem.
IP组播也一直因为一些实际的技术困难难以实用。
It focus on the key part of the remote monitoring including video communication technologies, video coding, IP Multicast technology strategy and data transmission.
接着着重讨论了远程监控中的关键的部分视频通信技术，其中包括视频压缩编码、数据传输策略以及IP组播技术。
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。
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；
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。
This paper mainly discussed the streaming media technology and its transmission way: IP multicast.
本文着重介绍了流媒技术及其底层传输技术——IP多播。
Practical application indicate, sow on the basis of MPEG-4 standard and IP multicast system of technology have in high compression rate, high network width utilization ratio, etc. characteristic.
实际应用表明，基于MPEG - 4标准和ip组播技术的系统具有更高的压缩率、更高的网络带宽利用率等特点。
To overcome the pre-delivery message delay, this paper puts forward an optimistic atomic broadcast technology based on IP multicast.
为解决信息被交付之前出现的延迟问题，又利用IP组播技术提出了一种乐观的原子广播技术。
Since IP multicast appears, its application has not been so popular, though it has some advantages in terms of technology.
ip组播出现以来，尽管其技术上具有一定的优势，但并未得到广泛的应用。
The IP-Multicast technology is one of important technologies in IPTV Living broadcast operation.
IP组播技术是IPTV直播业务必须采用的关键技术之一。
Group communication based on IP-multicast technology will be an important part of packet switch networks.
采用IP组播技术的群组通信将是包交换通信网络中非常重要的一类应用。
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。
MVPN is built upon a new IP tunneling technology that USES multicast group addresses as tunnel destination addresses.
MVPN是以新的IP隧道技术为基础构建起来的，该技术将组播组地址用作隧道目的地址。
MVPN is built upon a new IP tunneling technology that USES multicast group addresses as tunnel destination addresses.
MVPN是以新的IP隧道技术为基础构建起来的，该技术将组播组地址用作隧道目的地址。
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