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mipv6-2.0-rc3.tar
- linux系统下对移动ipv6的实现，运行在linux2.4.6内核之下，可以实现移动节点的移动注册功能，并在移动节点和家乡代理之间使用ipsec保护。-linux system for mobile ipv6 the realization linux2.4.6 running in kernel, mobile nodes can be achieved mobile registration functions, and the mobile node and home agent use
manet
- 网络定位，可以提供移动自组网的节点的有效定位方法，主要通过音频 -positioning network can provide mobile network from the node to the effective positioning methods, mainly through Audio
MW-Node
- A Module-based Wireless Node (MW-Node) is a Node with wireless and mobile capabilities added by means of modules. It is not a new node object derived from Node. Rather it is a new layout of mostly existing components. Rationale for this new design ha
ns-simple-wireless
- 基于NS2的无线网络模拟，能自动跟踪移动节点的数据发射以及网络动态路由情况。-NS2-based simulation of wireless networks, can automatically track the mobile node' s data and network dynamic routing situation launch.
MIMC
- ns2多信道模块源码 该源码根据Ramon的多接口多信道模块修改的 加入 ns2.34 替换原来的文件 可以之间运行-The code for the Network Simulation 2, which enhanced the component of ns2. It realizes the multi-interface multi-channel configuration for the mobile node.
tcl-code.tar
- this code shows three mobile node... created as a tcl scr ipt
aodv-uu-0.9.5
- 无线自组网按需平面距离矢量路由协议（Ad hoc On-Demand Distance Vector Routing，AODV），是应用于无线网状网络（也称作无线Ad hoc网络）中进行路由选择的路由协议，它能够实现单播和多播路由。该协议是Ad Hoc网络中按需生成路由方式的典型协议。 -In MANETs without centralized infrastructures,mobile nodes communicate with each other over multi-hop wir
w1
- 在本次实验中，分为「移动节点无线区网」及「固定节点无线区网」两种环境来探讨。我调整MAC协议(共(2种)、路由协议(共2种)、网络拓扑(共5种)、节点数目(共3种)、节点密度(共1种)、传输距离(共1种)，因此固定节点实验的结果有2*2*5*(3)=60种。由于节点密度、传输距离该二项参数之变动与网络拓扑的维持造成很大的冲突，所以对于节点密度的影响，时间上只来得及作线状拓扑上的节点密度分析，其它种拓扑的密度皆不改变。而全部的传输距离只采用250m的设定，传输距离的设定见下文-In this ex
IBcast_Floodn
- 在NS-2环境中实现了移动Ad Hoc的两种广播算法:Flood和Bcast。里面本来有个test目录，包含了很多节点移动模型文件，由于太大了，因此就没上传.-Two broadcasting algorithm in mobile Ad Hoc: Flood and Bcast in NS-2 environment. There would have been a test directory contains a lot of node mobility model file is too
EL-AODV
- 改进版AODV路由协议，在移动节点快速运动的条件下保证路由的健壮性-Improved version of the AODV routing protocol, to ensure the robustness of the route under the conditions of the fast movement of the mobile node
802.11-Implementation-in-ns-2
- A Tutorial of 802.11 Implementation in ns-2 -Ns-2 [1] is a packet-level simulator and essentially a centricdiscrete event scheduler to schedule the events such as packet and timer expiration. Centric event scheduler cannot accurately emulate “e
ex4-4
- #采用一个有3个移动节点的实例来讲解利用NS2进行无线网络模拟的具体流程，场景设置为 #一个500mx400m的矩形区域中 #移动Adhoc网络使用DSDV路由算法，三个节点的初始位置分别设置为(5,5,0)、(490,285,0) #和(150,240,0)，然后再适当的时候设置它们移动方向、速度。并在节点0和节点1之间尝试-# Using an instance of the mobile node the NS2 to explain the use of the wirele
Node-Initialization
- Three wireless nodes are created and they are configured with specific parameters of a mobile wireless node. After creating the nam file and trace file, we set up topography object. set node_ ($i) [$ns node] is used to create the nodes. Location of t
gpsr.tar
- GPSR will allow the building of networks that cannot scale using prior routing algorithms for wired and wireless networks. Such classes of networks include: Sensor networks: potentially mobile, potentially great density, vast numbers of nodes,
mobility.tcl.tar
- This helps you to set a node always mobile around the network.
MS
- 在无线传感器网络中，简单的sink节点移动遍历所有传感器节点，直接可以用，移动sink无线传感器网络基础程序。-In wireless sensor networks, a simple sink node moves through all the sensor nodes can be used directly, mobile sink wireless sensor network infrastructure program.
enery
- this code show the mobile node energy detail with mobility model and aodv routing protocols-this code show the mobile node energy detail with mobility model and aodv routing protocols
MWSN
- 在无线传感器网络中，简单的sink节点移动遍历所有传感器节点，直接可以用，移动sink无线传感器网络基础程序。-In wireless sensor networks, a simple sink node moves through all the sensor nodes can be used directly, mobile sink wireless sensor network infrastructure program.
random-mobile-nodes
- 移动节点模型仿真代码和仿真图，适用于wsn移动节点定位算法研究。-Mobile node model simulation code and simulation maps, research wsn mobile node localization algorithm applies.