The radio system makes very efficient use of router resources in the system by creating Multicast IP groups only for the duration of a group call.
无线系统通过为群组创建多个网络协议而高效地利用了系统中的路由器资源。
As the name implies, it is built on top of IP multicast, in which one transmitter can send one message and have it be received by more than one receiver.
顾名思义，这个协议是在ip多播之上构建的；在ip多播中，一个发送器可以发送一条消息并使多个接收器接收到该消息。
You may also have the option of distributing single IP addresses across several ADC instances using multicast MAC addressing (media access control).
您还可以选择使用多播MAC寻址（媒体访问控制），将单独一个IP地址分布到多个ADC实例上。
While multicasting within the cluster JXTA dynamically determines the best method to send a message to the cluster members, and it does so through the use of IP multicast, and virtual multicast.
当在集群中的进行广播时，JXTA可以动态决定向集群成员发送消息的最佳方式，这是通过IP广播和虚拟广播来实现的。
Furthermore, some IP addresses are defined to be multicast, so 224.x.x.x, 232.0.0.x and 233.0.0.x are defined to be multicast address Spaces.
此外，还有一些IP地址被定义用来进行多播，224 .x.x.x、232.0.0 . x和233.0.0 . x都被定义为多播地址空间。
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。
In recent years, IP multicast technique is broadly applied in electric power enterprises.
近年来，IP组播技术在电力企业中得到了广泛的应用。
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。
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。
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。
The system based on IP multicast to implement multipoint communication requires less bandwidth.
采用IP组播技术实现多方通信，大大减少了网络带宽的开销。
It has relation with the system agreement that how we establish momentarily an IP multicast tunnel mechanism in WAN which does not support IP multicast mechanisms.
在一个不支持IP组播机制的广域骨干网中，如何随时建立一个IP组播隧道机制。它与体系协议有关。
This paper introduces and analyses a new mechanism which adopts label aggregation to realize IP multicast in MPLS.
介绍了一种引入标记聚集的新机制来实现多协议标记交换(MPLS)中的IP组播，并分析了该机制。
This article comes up with the multimedia conference system supporting IP multicast, and researches and analyses some involved key technologies.
本文对支持IP组播的多媒体会议系统设计中的一些关键技术做了深入研究与分析。
Other IP Multicast protocols rely on certain routing protocols, such as routing Information protocol or Open Shortest Path First.
其他的ip多播协议都依靠某些路由协议，如路由信息协议或开放式最短路径先行协议等。
The IKE concept can not be used for securing group communication based on IP multicast services since it is only addressed to pairwise security.
IKE的概念并不能用于基于IP多播服务的安全组播通信，因为它只能用于主机对之间的安全。
To solve the problems of IP multicast address and the deficiency of existing application level multicast protocols' address scheme, we proposed a new address scheme.
为解决IP组播地址问题以及现有应用级组播协议中地址方案的不足，本文提出了一个新的三段式地址方案。
IP multicast utilizes a tree delivery structure, on which data packets are duplicated only at fork nodes and are forwarded only once over each link.
IP组播利用树转发结构，只需在组播树的分支处复制数据报文，而且在每条链路上仅转发一次。
As an efficient solution, IP multicast is being increasingly replaced by application-level multicast on account of the lack of widespread support.
作为有效解决方法的IP组播因为缺乏广泛的支持而逐渐被应用层组播代替。
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。
For the difficulty of deploying IP multicast services in the Internet, Application Layer multicast has been studied as an alternative approach.
由于IP多播难以在因特网环境中配置，应用层多播作为IP多播的一种替代方案得到越来越多的研究。
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 group key management is essential for the IP multicast security.
IP多播组密钥管理问题是IP多播安全的核心问题。
The experiment results show the mesh structure can be set better by application level multicast, quickly improve the mesh performance and obtain higher efficiency than IP multicast.
结果表明，所提出的算法能较好地调整网格结构，迅速优化网格和获得接近于IP多播的效率。
The second chapter discusses the multicast protocols provided in mobile IP drafts. Some other mobile multicast protocols and reliable mobile multicast protocols are also discussed.
第二章介绍移动IP的两个基本组播协议，其它几个典型的移动组播协议和可靠移动组播协议。
Based on the concrete multicast models, some standards of the IP multicast routing are introduced.
基于具体多播模型，重点介绍因特网IP多播路由标准。
Based on the concrete multicast models, some standards of the IP multicast routing are introduced.
基于具体多播模型，重点介绍因特网IP多播路由标准。
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