无线传感器网络与传统无线网络路由协议设计有着不同的设计目标。
Wireless sensor networks and traditional wireless network routing protocol design have a different design goals.
因此，无线传感器网络路由协议设计的主要目的是在保证数据传输正常的前提下尽可能地延长网络的生存时间。
Therefore, the wireless sensor network routing protocol design the main objective is to ensure that data under the premise of a normal extension of the network as much as possible the survival time.
受能量有限性的限制，无线传感器网络路由协议设计的主要目标是降低能量消耗和促进负载平衡，延长网络的生命周期。
Because of the limit of energy, the aim of the design of routing protocols is to save energy and balance load of nodes, thus to prolong the lifetime of the network.
本文的工作是研究OLSR路由协议的设计与实现方案。
This study presents the work of designing and implementing the OLSR routing protocol.
路由协议的设计与实现是无线传感器网络的研究热点之一。
Routing Protocol Design and Implementation of wireless sensor networks is a hot spot of research.
路由度量的选择对路由协议的设计和性能起着至关重要的作用。
The selection of routing metrics is crucial to the design and performance of routing protocol.
本文的第一部分从自组网的特点出发，介绍路由协议的设计要求和研究现状。
The first part of this article presents the guide line of routing protocol design, and gives an overview of research in this area.
随着无线网络的广泛应用，设计一种有效安全的路由协议是目前亟待研究的重要课题。
With the widely use of wireless network, it is an important research field how to design a secure routing protocol which is effective for Ad hoc network.
首先讨论路由协议实体的测试结构，然后给出基于并发ttcn测试系统的设计。
It first discusses the test architecture for the routing protocol entity, and then the concurrent TTCN based test system design is presented.
而要实现上述两种通信，就必须构建车辆网络并设计有效的数据路由协议。
To make above the two ways into realization, It is necessary to construct Vehicular Networks and design an efficient routing protocol to transmit data.
在DSDV和DRS协议基础上自行设计了无线自组网路由协议。
The route protocol of the wireless self-organizing network was designed based on DSDV and DRS protocols.
对电力调度数据网设计组网中的网络技术体制、网络拓扑结构、路由协议和分区、网络设计指标等问题进行探讨。
The paper introduces technical system, network topology, route protocol, distribution and network performance in designing electric power dispatch data network.
理论分析和仿真实验结果均表明，采用跨层设计思想在现有路由协议的基础上实现的服务发现协议是高效和可行的。
Quantitative analysis and simulation result also show that it's feasible and effective to implement service discovery protocol based on existed route protocols using cross-layer design methodology.
在无线传感器网络的各个研究领域中，路由协议的设计逐渐成为网络层研究的核心。
In the research domains of wireless sensor networks, the design of routing protocol is becoming the core of the network-layer protocols.
综合考虑数据的可靠传输性和无线传感器网络的节点使用寿命，对网络节点的数据传输多跳路由协议进行分析与设计。
Considered a reliable data transmission and wireless sensor network nodes 'life, we analyze and design the data transmission network of node multi-hop routing protocol.
但是，由于设计移动组播路由协议时遇到诸多的困难，比如处理组播源的切换问题，研究工作进展非常缓慢。
However, because there are many challenges in designing routing protocols of mobile multicast, such as the issue of dealing with the multicast source handover, studying progress remains hesitant.
本设计在搭建自组织网络实验平台的基础上，实现了一种改进AODV协议的路由策略。
This design has realized the goal of building an Ad hoc network platform and implementing a routing strategy which improves the AODV route protocol.
论述了组播传输技术的原理和相关的路由协议，设计了一个视频信息的采集系统，分析了实时视频信息组播传输网络。
The paper describes the principle of multicast and its route protocol, designs a system of collecting video data, and analyses a network of real time video data transmission.
因此，设计能够有效节约能源、延长网络生命周期的路由协议就成为无线传感器网络研究的一个重点。
So designing a routing protocol which can effectively save energy and prolong network life-cycle has become a focus of the study for WSN.
然后设计、提出了基于定向天线的适用于机间数据链的时隙分配算法及路由协议并利用OPNET仿真软件验证了网络性能。
And then time slot allocation algorithms and routing protocols based on directional antenna are designed for IFDL. At last performance of the network is simulated with OPNET.
航空自组网的关键技术在于路由协议的选取和设计。
Selection and design of the routing protocol is the key of aeronautical Ad Hoc network.
在高性能路由器上设计与实现ARP协议时存在三个关键问题：ARP表的一致性、ARP表访问失效和ARP协议的安全。
When designing and implementing the ARP protocol in high-end routers, we must deal with three key issues: consistency of the ARP table, ARP access failure and ARP security.
点对点协议的实现是路由器设计中的重要组成部分。
The realization of Point- to- Point Protocol is an important part of design of routers.
第三部分根据项目的实际需求，设计了一种基于树型结构网络的能量高效的无线传感器网络路由协议TREES。
In the third part, basing on the actual requirements of the project, a tree based energy efficient routing protocol TREES is designed.
本文首先分析了骨干路由器的高可用性要求，设计并实现了一种基于消息传递机制的面向协议软件的高可用性系统。
We analysis the requirements of high availability of core router firstly, design and implement a protocols oriented high availability system based on message passing.
为提高域间选路协议的扩展性能、收敛性能和路由质量，设计了一种基于链路状态机制的域间选路协议。
To improve scalability, convergence and route quality of inter-domain routing, a link-state based inter-domain routing protocol is designed.
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.
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.
设计了一个实验性路由协议仿真测试平台，并模拟了OSPF协议在该平台上运行时的协议行为，进行了模拟故障分析。
Then a routing protocol testing platform is designed to simulate the running of the OSPF protocol. Finally a simulated trouble analysis is performed.
设计了一个实验性路由协议仿真测试平台，并模拟了OSPF协议在该平台上运行时的协议行为，进行了模拟故障分析。
Then a routing protocol testing platform is designed to simulate the running of the OSPF protocol. Finally a simulated trouble analysis is performed.
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