AODV

Describe the flow of the AODV after modification and carry out security analysis .

描述了对修改后的AODV协议的流程，进行安全分析。

Traditional AODV applying single path information to repair the broken-link decreases the Ad Hoc network performance .

传统的AODV协议用单一路径信息进行路由修复，降低了网络的性能。

Routing protocol is the research hotspot of the Ad Hoc network , in which AODV protocol is widely used .

路由协议是移动自组网领域研究的热点与难点，其中按需路由协议AODV被广泛研究与应用。

Focus on the study of principles and implementation process of Ad-hoc On-demand Distance Vector Routing Protocol ( AODV ) .

重点研究了adhoc按需距离向量路由协议（AODV）的原理、实现过程。

This paper concentrates on setting up the back up route in the AODV routing protocol in ad hoc network .

研究了后备路由策略在自组网AODV协议中的应用。

AODV + 's speed is quite high , but when switching the gateways , the drop is serious .

AODV+速率比较高，但在网关切换的时候，丢包严重。

Simulation shows that the advanced version can observably reduce the end-to-end delay without too much increased overhead compared to AODV .

通过理论分析及计算机仿真表明，这种汇聚方法能够有效地降低光突发交换网络中的端到端延迟。

Through improving AODV muting protocol , proposed an energy efficient routing protocol based on AODV ( EE-AODV ) .

通过对AODV路由协议进行改进，提出了基于AODV的能量有效的路由协议（EE-AODV）。

Compares with AODV + S-MAC , this plan can obtain higher packet receiving rate , lower packet transmission delay and lower average system energy consumption .

与AODV+S-MAC等基于DPM的无线接入机制相比，本文提出的跨层方案可获得更高的数据包接收率、更低的数据包传输延迟和基站接收包的平均系统能耗。

The simulation results show that LA_AODV protocol introduces much lower routing overhead while still providing better performance than AODV protocol in terms of throughput , cost and delay .

仿真结果表明LAAODV协议在保持AODV协议特点的基础上，具有吞吐量高、路由开销低、延时小的特点。

Based on our simulation , mainly to the on-demand routing protocol ( AODV ), the routing overhead , average delay and data packet delivery ratio are analyzed and compared .

在仿真中，作者主要以按需路由协议AODV作为基准，对路由开销、平均传输延迟和数据成功传递率等方面进行深入分析与比较。

Focusing on the features of Ad Hoc Network , a few research departments have proposed routine protocols such as AODV , while most of the suggested have limits .

针对AdHoc特点，一些研究部门也提出了诸如AODV等路由协议，但大多各自具有局限性。

Ad Hoc On-demand Distance Vector ( AODV ) routing protocol selects the shortest-path or minimum hop count from source to destination as route selection metric .

AODV协议以源到目的的最短路径或最短跳数作为路由度量参数。

Simulation shows that the QoS of real time traffic is guaranteed and the algorithm is superior to standard AODV routing algorithm in terms of delivery rate and mean end to end packet delay .

仿真结果表明：该算法保证了实时业务的服务质量，在数据包的传输时延和网络的分组递交率方面优于原有协议。

When the link is broken , the MAODV routing protocol repairs the link with backup routings instead of local repairing , that is used in AODV routing protocol .

当主路由中断后，不采用AODV的本地路由修复机制，而是利用所建立的后备路由信息来进行通信。

In this paper , we study and contrast some important Ad Hoc routing protocols , and aim at the implementation of two on-demand routing protocols ( AODV and MAODV ) on Linux system .

文章以Linux为实现平台，在对比分析adhoc网络路由协议的基础上，选取两种按需路由协议（AODV和MAODV协议）的实现作为研究目标。

The AODV ( Ad Hoc on-demand distance vector ) routing protocol is a typical on-demand routing protocol , and a minimum hops algorithm is traditionally applied to establish and maintain routes .

AODV（adhocon-DemandDistanceVector）路由协议是adhoc网络中一种具有代表性的按需路由协议。传统的AODV是以最小跳数为参数建立和更新路由的。

The paper compares the performance of two prominent on-demand routing protocols for mobile ad hoc networks : Dynamic Source Routing ( DSR ) and Ad Hoc On-Demand Distance Vector Routing ( AODV ) .

重点比较adhoc网络中两种主要的按需路由协议：动态源路由（DSR）协议和adhoc按需距离矢量路由（AODV）协议。

The concept design of a mobile internet router is presented that uses mobile IP for mobility support and connects a multihop Ad Hoc network ( AODV ) with WLAN ( IEEE 802.11b ) and a cellular system ( GPRS ) .

本文介绍了移动因特网路由器的设计原理：使用移动IP来实现移动支持，使用无线局域网WLAN（IEEE802.11b）和蜂窝系统（GPRS）来连接多跳adhoc网络（AODV）。

By exchanging ad hoc on-demand distance vector ( AODV ) hello packet which includes additional fields named symmetric neighbor list and asymmetric neighbor list , unidirectional links are removed from route computation and broadcast storm can also be relieved simultaneously .

而通过交换携带有额外增加的对称邻居节点列表和非对称邻居节点列表字段的AODVHELLO分组，单向链路得以从路由计算中予以清除而广播风暴也同时得到抑制。

This paper tries to propose a new mechanism of energy reduction for ad hoc based on the classic AODV ( Ad hoc on Demand Distance Vector ), by the means of adapting the transmitting power timely , mending the routing cost metric , selectively shutting off the radio interface .

文中试图提出一种基于节能的路由策略，在原有的AODV的路由算法的基础上，通过调整节点的发射功率，改变路由代价函数，能动的关闭无线接口，来达到节能的目的。