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Routing-for-WSN
- 无线传感器网络多路径路由中的可靠性与开销均衡研究-TradeOff between Trafic Overhead and Reliability in Multipath Routing for Wireless Sensor Networks
OPNET-of-the-router-capability
- 本文在阐述网络发展的现状和趋势的基础上，着重分析了两种内 部网关路由选择协议砒P和OSPF协议的实现机制和性能特点。对P 协议是基于距离矢量算法的。OSPF协议是基于链路状态算法的。本 文的工作重点是对上述两种协议分别从类型，封装，路径特征，邻居 发现和支持，路由选择数据的分发，对变化的响应，路由表计算，健 壮性／可靠性以及安全性等方面进行了对比分析，并对它们存在的安 全漏洞进行了初步的分析说明。根据以上的分析，通过On忸T软件， 本文设计了一个10km×10km规模
4Vol4No9
- Zone Routing Protocol (ZRP) is a most promising and widely accepted and well proved hybrid routing protocol in Mobile Ad-hoc Networks (MANETs) for its performance when compared with table-driven and on-demand protocols. Our study is based on usin
sbnrp-codings
- Mobile Ad hoc networking is a challenging task due to the lack of resources in the network as well as the frequent changes in network topology. Although lots of research has been done on supporting Quality of Service(QoS) in the Internet and other ne
multi-path-algorithm
- In this paper we introduce a new routing algorithm for wireless sensor networks. The aim of this algorithm is to provide on-demand multiple disjoint paths between a data source and a destination. Our Multipath On-Demand Routing Algorithm (MDR
Routing-algorithm
- 链路状态算法（也称最短路径算法）发送路由信息到互联网上所有的结点，然而对于每个路由器，仅发送它的路由表中描述了其自身链路状态的那一部分,其算法思想是每一个路由算法必须完成以下的工作，发现它的邻居节点，并知道其网络地址，测量到各邻居节点的延迟或者开销，构造一个分组，分组中包含所有它刚刚知道的信息，将这个分组发送给所有其他的路由器，计算出到每一个其他路由器的最短路径-Link state algorithm (also known as the shortest path algorithm) to
Tree-Based Routing Protocol for Wireless Sensor Networks
- The issue of supporting mobility in Wireless Sensor Networks is recently attracting increasing attention within the research community as new-born application scenarios require the deployment of hybrid network architectures composed of fixed and mobi
Mitigating-the-impact-of-node-mobility-using-mobi
- Our scheme eliminates the delay caused by cluster head election and enables nodes to start communication immediately after joining a cluster. Through simulation and analysis, our protocol is shown to possess good scalability, incur lower control