1) atomic multicast protocol
原子多播协议
1.
Study on atomic multicast protocol for intrusion-tolerance based on TTCB;
一种基于TTCB的容侵原子多播协议研究
2) multicast protocol
多播协议
1.
Design and implementation of multicast protocol for MANET;
一种基于MANET的多播协议的设计与实现
4) multicast-tree protocol
多播树协议
5) application layer multicast protocol
应用层多播协议
1.
<Abstrcat>By using the "small world" model as the theoretical foundation in the light of users requirement and a shared organization layer and region of logic manage-unit, a new application layer multicast protocol model of RLP2P with multi-layer structure based on region was proposed, and its prototype system was implemented.
以"小世界"模型为理论基础,以层和域为基本逻辑管理单位,按用户需求和共享目的组织域,提出了基于域的多层结构P2P应用层多播协议模型RLP2P,并实现了系统原型。
2.
Quality of the data delivery path, robustness of the overlay and control overhead are three important metric that about the"goodness"defined to evaluate the quality of the application layer multicast protocol.
对可扩展基于域的多层结构P2P应用层多播协议模型RLP2P的综合性能进行了仿真分析,通过与Narada应用层多播协议模拟对比分析表明,数据通道的伸展率优于Narada协议,增加5%;在链路和节点上产生的压力比Narada协议减少25%以上,且分布均匀,特别是多播组成员增加时尤其显著;控制开销比Narada协议减少60%以上,在域内节点数为100,其控制开销小于等于1Kbps,且维持在一个很低的水平;节点加入和非正常离开时的最大丢包率小于1%;Query消息平均延迟为8。
6) reliable multicast protocol
可靠多播协议
1.
This paper describes a reliable multicast protocol, totally ordered reliable multicast (TORM), designed for real time interactive applications, e.
描述了 TORM(totally ordered reliable m ulticast)这一用于白板等实时交互式应用的可靠多播协议。
2.
In this paper, some of the current reliable multicast protocols have been introduced and their parameters of performance have been analysed and studied.
介绍了当前几种可靠多播协议,并对它们的性能参数进行分析研究。
3.
To meet the demand of radar intelligence network transmission layer for distribution of radar intelligence, two real-time reliable multicast protocols based on both forward error correction (FEC) and layered information redundancy (LIR) were designed respectively, and simulated by OPNET network simulator as well.
针对雷达情报分发对雷达情报网络传输层的需求,分别设计了基于FEC算法和层次信息冗余算法的实时可靠多播协议,并通过OPNET网络仿真工具对协议进行了仿真实验。
补充资料:播播
1.水流声。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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