路由通过静态指定，不运行动态路由协议。
Static routing shall be designated without using dynamic routing protocol.
常用的方法是运行动态路由协议或静态配置缺省路由。
The usual means include running dynamic routing protocol or configuring static default route.
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。
OSPF (open shortest path first) is a widely used dynamic routing protocol in IP networks.
阐述了其基本网络拓扑结构、动态路由协议的选取和配置等问题，并同已有的方法进行了详细对比。
This paper studies its overall structure of network topology, the selection of dynamic routing protocols as well as configuration, and compares this method with the existing methods in detail.
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。
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 。
The OSPF protocol is a dynamic routing protocol, which uses of the link state database to maintain and calculate routings.
在分析现有多播路由协议的基础上，本文提出了动态层次小组多播路由。
After studying the existing multicast routing protocols, we propose a new dynamic hierachical small group multicast routing protocol.
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。
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.
路由器的一个重要功能是路由的管理和维护，目前具有一定规模的网络都采用动态的路由协议，常用的有：RIP、EIGRP、OSPF、IS - IS、BGP等。
A major function of the router's routing management and maintenance, now has a certain scale of network is a dynamic routing protocol, the commonly used are: RIP, EIGRP, OSPF, is as-is, BGP, etc.
动态源路由(dsr)协议中没有考虑任何安全的防护措施。
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。
Based on the analysis of existing routing protocols, a dynamic routing protocol in a kind of special-purpose network is presented.
由于其拓扑的动态性，其路由协议与其他传统网络有很大的区别。
Because its topology is dynamic, its routing protocol is different from other networks.
在动态路由，设备自动建立和维护路由表的使用路由协议交换信息的周围的网络拓扑。
In dynamic routing, devices build and maintain their routing tables automatically by using routing protocols to exchange information about the surrounding network topology.
基于位置的路由协议由于不必维护明确的路由，在这种高度动态的网络中具有很好的扩展性。
The position based routing protocols have scalability in the dynamic networks because they needn't maintain explicit routings.
文章结合一种新的军用网络结构，针对其子网提出了基于动态源路由(dsr)协议的优化措施，以保证较高的报文传输成功率、较小的网络开销、较高的网络吞吐量和较小的端到端时延。
Aimed at a new structure of military network, optimized measures for DSR protocol are brought forward to pledge high massage transmission rate, low cost, high throughput and little end-to-end delay.
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。
KTR is a dynamic wireless routing protocol based on the tree structure.
针对多数无线传感器网络路由协议不能高效应对网络拓扑结构动态变化的问题，本文提出了一种基于最短路径的层次路由协议TVHRP。
As many routing protocols for wireless sensor network can't handle dynamic topological variation efficiently, a new hierarchical routing protocol (TVHRP) based on the shortest path is proposed.
在为移动自组织网络设计的众多路由协议中，动态源路由协议(dsr)以其优异的性能成为目前最流行的自组织网络路由算法之一。
In a great deal of routing protocols designed for Ad hoc, DSR is one of the popular arithmetic, because of it's excellent capability.
由于不必维护明确的路由，基于位置的路由协议即使在网络高度动态的情况下也具有很好的扩展性。
The position based routing protocols are adaptable to the dynamic mobile Ad hoc networks due to not maintain explicit routing, and this is an advantage in the topology changing frequently MANET.
基于能量均衡的动态功率路由协议比较好的解决了基于泛洪的路由协议的不足，节点间能量消耗较为均衡，因此延长了网络生命周期，并保持了很好的可靠性。
Energy-balanced dynamic power route protocol solves the problems caused by flooding based protocol. It balances node energy consumption and prolongs network life cycle, while remains high reliability.
这个软件采用SNMP协议编程，能动态的发现某个路由的所有子网的拓扑结构。
The software USES SNMP programming, dynamic routing discovered a network of all-topology.
其目的是通过本课题的研究，进一步提高无线自组网的动态自适应能力，完善其网络层提供的路由服务，并通过不同协议之间的分析和对比，寻找最优的性能。
And developed a routing protocol based on this infrastructure. The purpose is to improve the dynamic adaptability, the routing service and to find the best performance by the research.
采用动态源路由思想和跨协议层实现技术，将自组网中的服务发现和组合问题转化为服务网络的路径发现问题。
With a single process on service path discovery, it can handle route discovery, service discovery and service composition simultaneously to meet QoS requirements and decrease control overhead.
采用动态源路由思想和跨协议层实现技术，将自组网中的服务发现和组合问题转化为服务网络的路径发现问题。
With a single process on service path discovery, it can handle route discovery, service discovery and service composition simultaneously to meet QoS requirements and decrease control overhead.
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