ASTR combines the merits of proactive routing protocol and on-demand routing protocol because subarea tree has the function of routing selection.
由于分区树具有路由选择功能，所以ASTR结合了先应式路由协议和按需路由协议的优点。
This paper proposes a routing protocol utilizing on-demand routing strategy for mobile packet radio network.
提出了一种采用按需路由发现策略的移动分组无线网路由协议。
Each node runs both the unicast routing protocol and the multicast routing protocols on a dynamic on demand basis, and interfaces seamlessly with the existing Internet infrastructure.
实验床中的各移动节点都运行按需单播路由协议与多播路由协议，并可通过基站系统与有线骨干网连接。
A multicast protocol, MFGRP, utilizing on-demand routing strategy for MANET is presented.
提出了采用按需路由发现策略的MANET多播路由协议MFGRP。
AODV is an on-demand routing protocol with low control of load, low power consumption and low bandwidth overhead.
AODV是一种按需路由协议，具有控制负载低、耗电量低以及带宽开销低等优点。
Ad hoc on demand distance vector routing protocol named AODV is a reactive routing protocol, and it has been widely used.
按需式距离矢量路由协议AODV是一种反应式的路由协议，并已经得到了广泛的应用。
This paper is targeted to research and evaluate above kinds AD-HOC routing protocols, and mainly focus on On-Demand routing protocol.
本文将对以上各种AD - HOC路由协议和路由算法进行评价和研究，着重研究反应式路由协议。
Based on the advantages of table-driven and on-demand routing protocols, a new hybrid routing protocol(SNRL) was proposed.
基于表驱动式和按需式路由协议的优点，提出了一种新的混合路由协议SNRL。
Simulations are done in a few test scenarios using NS-2 and comparison is made between SAANIMRA and the state-of-the-art on-demand routing protocol AODV.
本文利用NS - 2进行了几种网络场景下的仿真实验，将SAANIMRA与现在通用的按需路由协议AODV进行了比较。
This paper presents the on-demand Multicast Routing Protocol with Link Status Forecasting(LSF-ODMRP).
论文提出了一种基于链路状态预测的ODMRP协议改进，即LSF-ODMRP路由协议。
This paper presents the on-demand Multicast Routing Protocol with Link Status Forecasting(LSF-ODMRP).
论文提出了一种基于链路状态预测的ODMRP协议改进，即LSF-ODMRP路由协议。
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