dynamic routing protocol

Large scale networks dynamic routing protocol based on aggregation tree model

基于聚合树模型的大规模网络动态路由协议

Static routing shall be designated without using dynamic routing protocol .

路由通过静态指定，不运行动态路由协议。

Study and implementation of dynamic routing protocol for Ad-hoc networks

Ad-hoc网络上的动态路由协议研究及实现

A Dynamic Routing Protocol in a Kind of Special-Purpose Network

一类专用网络中的动态路由选择协议

The usual means include running dynamic routing protocol or configuring static default route .

常用的方法是运行动态路由协议或静态配置缺省路由。

OSPF ( open shortest path first ) is a widely used dynamic routing protocol in IP networks .

开放式最短路径优先（OSPF）协议是一个广泛使用的动态路由协议。

Based on the analysis of existing routing protocols , a dynamic routing protocol in a kind of special-purpose network is presented .

在分析现有路由选择协议的基础上，设计了适用于一类专用网络的动态路由选择协议。

Dynamic routing protocol is the ability to update routing table of routing devices automatically over Internetand keep the network expedite .

动态路由协议能自动维护路由表，保证网络的畅通。

Integrated the present net construction model , it put forward the means of building and optimize OSPF and BGP Routing protocol on the basis of analyzing usual dynamic Routing Protocol .

在对常用动态路由协议OSPF及BGP进行分析的基础上，结合目前的网络建设模式，提出了OSPF及BGP路由协议建设与优化方法。

OSPF is a dynamic routing protocol put forward by IETF ( internet engineering task force ) in 1988.lt is based on the link status algorithm and used in AS .

OSPF是IETF（InternetEngineeringTaskForce）于1988年提出的一种基于链路状态算法的动态路由协议，它是用于自治系统内部的内部网关路由协议。

The OSPF protocol is a dynamic routing protocol , which uses of the link state database to maintain and calculate routings . Its routing algorithm is the most important part .

OSPF协议是一种动态路由协议，它利用内部的链路状态数据库来维护和计算路由，它的路由算法是本协议的关键部分。

Comparing with the known routing with flood searching , the dynamic routing protocol and algorithm is better than it in average probability , overhead cost and the length of the routing table .

与确知路由加泛搜索的仿真结果比较可知，本论文的动态路由协议及算法在路由概率平均、系统开销、路由表大小等方面要优于确知路由加泛搜索。

Secondly , we investigate how to arrange dynamic routing protocol in IP man , analysis a variety of routing protocols such as BGP , OSPF and deploy different routing protocols depend on the network structure of IP man .

其次研究如何在整个IP城域网内部署动态路由协议，对BGP、OSPF等多种路由协议进行分析，根据IP城域网各层网络结构分别部署不同的路由协议。

It is a new version of dynamic routing protocol , which is root in OSPF . Although the basic mechanism is same to OSPF , such as flooding 、 DR election 、 area support , and so on .

它是主要用于解决IPv6数据包的路由问题而提出的新版本路由协议，它的基本原理仍然沿用了OSPF的机制，如洪泛、DR选举、区域支持等都和OSPF相同中的相同。

This article briefly discusses the technical problems of IP ? ATM and IP over ATM , Pointing out that the essence of MPLS is the integration of IP dynamic routing protocol and the second layer of ATM exchange . It also explains the technical superiority of MPLS .

本文简要分析IP、ATM以及IP在ATM上承载的技术难点，指出MPLS的实质是IP动态路由协议和ATM第二层交换的融合，阐述了MPLS的技术优势。

This thesis is started with the introduction on the base of laying structure of Open Shortest Pass First ( OSPF ) dynamic routing protocol , and then focused on the Shortest Pass First ( SPF ) arithmetic and routing table calculation technique that is used in OSPF .

在介绍开放最短路径优先（OSPF）动态路由协议层次结构的基础上，重点分析了OSPF中用到的最短路径优先（SPF）算法及路由表的计算过程。

This article provides a novel dynamic multi-path routing protocol .

提出了P2P环境下一种新的动态多路由协议。

KTR is a dynamic wireless routing protocol based on the tree structure .

核心树路由协议是一种基于树状路由结构的动态无线路由协议。

Dynamic Multi-path Routing Protocol for LEO / MEO Satellite Networks

LEO/MEO卫星网络动态多径路由协议

Ad hoc can access to the Internet by expanding Dynamic Source Routing protocol ( DSR ) .

通过扩充动态源路由协议（DSR）可以使adhoc网络接入Internet。

At last , the paper makes a preliminary study on the QoS ( Quality of Service ) dynamic source routing protocol based on genetic algorithm .

最后，对基于遗传算法的QoS动态源路由协议进行了初探性研究。

A Performance - Dynamic Source Routing protocol ( PDSR ) is proposed in this paper , which uses link state information and node state information to improve on the performance of DSR .

本文利用链路和节点发送缓存的状态信息对DSR协议进行优化和改进，提出了一种Performance-DSR（PDSR）协议。

The results of simulation experiment show that the unreliable transmission path rate of the CCR becomes better than that of Dynamic Source Routing Protocol ( DSR ) with the increase of the network scale .

仿真实验表明，网络规模越大，协同通信路由算法不可靠传输路径比率越是优于动态源路由协议。

We simulated the two improved algorithm using the network simulation software OPNET , the result proved that both of them performed better than the dynamic source routing protocol from the aspect of average end-to-end delay and packet delivery ratio .

最后使用网络仿真软件OPNET分别对两种改进方案进行了仿真分析，实验结果表明改进后的DSR协议在平均端到端时延、包传输率和路由开销等性能上都有明显的改善。

The Dynamic Source Routing protocol ( DSR ) is a simple and efficient routing protocol designed specifically for multi-hop wireless ad hoc networks of mobile nodes . The protocol makes all nodes in Ad hoc networks be able to communicate with each other .

动态源路由协议（DynamicSourceRoutingprotocol，DSR）是由移动节点组成的多跳无线adhoc网络中一种简单和行之有效的路由协议。

Multi-path adaptive dynamic resource reservation routing protocol for ad hoc networks

自组网多径自适应动态资源预留路由协议

Due to the topology of MANET is dynamic , conventional routing protocol cannot adapt well to such an environment .

由于移动自组网的拓扑动态性，使得常规路由协议在该环境下无法正常运行。

Dynamic anchor-based voronoi routing protocol for mobile wireless sensor networks ( AVRP ) .

移动无线传感器网络中基于锚节点的维诺路由协议AVRP。

DSR ( Dynamic Source Routing ) protocol is a representative of on-demand Ad Hoc routing protocols .

动态源路由（DSR，Dynamicsourcerouting）协议是典型的按需adhoc路由协议。

Different information need different QOS requirement . Thus we suggest a dynamic link parameter based routing protocol M-QOS , which selects route based on the information types .

我们提出了一种基于动态链路参数的M-QOS路由协议，节点根据情报类型的不同选择能够满足QOS需求的路径。