Many on-demand routing protocols in MANET establish a route only when required.
在MANET中，大多数按需协议只是在路由中断以后才会重建一条新的路由。
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。
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。
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。
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。
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。
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。
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。
At startup, the on demand configuration code inside the secure proxy reads the static route file and builds the in-memory routing data.
在启动后，安全代理内部的随需应变配置代码将读取静态路由文件并构建内存路由数据。
The denotation of virtual area of cell is given to indicate not only the area of cell but also the routing demand.
提出了单元的虚拟面积的概念，单元的虚拟面积不仅体现了单元的面积，而且指出了对布线资源的需求。
In practice, changing network conditions such as inter-AS traffic demand variation, link failures and inter-AS routing changes occur dynamically.
在实践中，不断变化的，如as间的交通需求的变化，链路故障和网络条件AS间路由发生变化动态。
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。
Put forward a simply effective reoptimization algorithm for multiple vehicles routing problem with stochastic demand(MVRPSD).
针对随机需求的多车辆路径问题（MVRPSD），提出了一种简单有效的重优化新算法。
The trial calculation results show that vehicle routing problem for logistics alliance model can be solved efficiently by the improved hybrid algorithm through the classification of the demand points.
试算结果表明，对需求点分类后，应用遗传算法可有效解决联合物流模式的车辆调度问题。
According to BOM, routing and capacity planning of work centers, it detects whether or not to satisfy customer demand, and then arranges production and outsourcing to improve customer service level.
根据订单产品的物料清单、工艺路线，结合工作中心的能力计划，预估能满足客户需求的程度，来安排自身的生产和外协，以提高对客户需求的响应能力。
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。
The integration of the on-demand method and clustering routing improves the routing efficiency.
算法将按需式路由和分簇方法有机结合，有效地提高了网络的路由效率。
Just as its name implies, the OSR algorithm is a kind of on-demand distributed algorithms, which greatly reduce the cost of self-organizing in WMSN compared with proactive routing protocols.
按需自组织路由算法，顾名思义，是一种按需方式的算法，减少了在网络自组织时算法对网络资源的消耗。
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。
The multi-routing mode can satisfy the passenger demand and is more convenient for traveling; at the same time, it has adverse influence on the use of the carrying capacity and rolling-stock.
多种交路的行车组织方式在满足客运需求和方便乘客出行的同时，也对城轨交通系统的通过能力和车底运用产生不利的影响。
The multi-routing mode can satisfy the passenger demand and is more convenient for traveling; at the same time, it has adverse influence on the use of the carrying capacity and rolling-stock.
多种交路的行车组织方式在满足客运需求和方便乘客出行的同时，也对城轨交通系统的通过能力和车底运用产生不利的影响。
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