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- 看n2实例 #Create a simulator object set ns [new Simulator] #Define different colors for data flows #$ns color 1 Blue #$ns color 2 Red #Open the nam trace file set nf [open out-1.nam w] $ns namtrace-all $nf set f0 [open out0.tr w
ns2-simple2
- Create a simulator object set ns [new Simulator] #Define different colors for data flows (for NAM) $ns color 1 Blue $ns color 2 Red #Open the NAM trace file set nf [open out.nam w] $ns namtrace-all $nf #Define a finish proced
mobile_traces_rpgm
- 适用于ns2仿真的移动trace生成工具（C环境）-These mobility generator tools are used to generate a rich set of mobility scenarios used to evaluate the protocol performance in Mobile Ad Hoc Network. The tools include the Reference Point Group Mobility(RPGM) model, Fr
trace2stats
- Trace file to statistics NS-2
nssimples
- #Create a simulator object set ns [new Simulator] #Define different colors for data flows (for NAM) $ns color 1 Blue $ns color 2 Red #Open the NAM trace file set nf [open out.nam w] $ns namtrace-all $nf #Define a finish proce
everything.pdf
- This document (ns Notes and Documentation) provides reference documentation for ns. Although we begin with a simple simulation scr ipt, resources like Marc Greis’s tutorial web pages (originally at his web site, now at http://www.isi. edu/nsnam/n
Tcl-script-for-implementing-AODV-routing-protocol
- Descr iption: This network consists of 22 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using init
Tcl-script-for-implementing-DSDV-routing-protocol
- Descr iption: This network consists of 3 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_no
Tcl-script-for-implementing-DSR-routing-protocol-
- Descr iption: This network consists of 3 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_nod
Tcl-script-to-create-dynamic-wirless-nodes-with-A
- Tcl scr ipt to create dynamic wirless nodes,set initial postion,and set color of node with AODV. Descr iption: In this program used to generate the nodes only there is no any other connection between the nodes. After creating the nam file and
Tcl-script-to-create-fixed-wirless-nodes-with-AOD
- Descr iption: This network consists of 3 nodes. In this program we generate nodes only there is no any other connection between the nodes. After creating than am file and trace file, we set up topography object. Set node_ ($i) [$ns node] is use
transv1.2
- trace file NS-2 for VANET developers for testing the VANET routing protocols
simplewireless22
- the awk file calculates throughput of ns-2 based trace files generated successfully by ns-2 simulations. calculation of throughput is very basic metric to compare and evaluate.
Attachments_2011_12_6
- Tra NS to convert to NS-2 trace files
aodv
- NS2 下AODV路由协议的 包括以下文件 都有注解 （1）aodv.h （2） aodv.cc （3） aodv_mcast.cc （4） aodv_mtable.h (5) aodv_mtable.cc （6）aodv_mtable_aux.h （7）aodv_mtable_aux.cc （8）aodv_packet.h （9）aodv_rqueue.h （10）Aodv_rqueue.cc （11）aodv_rtable.cc
delayjorge.awk
- scr ipt awk for delays calculation on ns-2 trace file
satellite.tar
- satellite trace example for ns-2
fsr-infoPcode
- implement zigbee in ns-2 some example trace file
Node-Initialization
- Three wireless nodes are created and they are configured with specific parameters of a mobile wireless node. After creating the nam file and trace file, we set up topography object. set node_ ($i) [$ns node] is used to create the nodes. Location of t
delay_lp_.awk
- awk file, this file manipulates a txt file, a trace file of ns, in order to calculate the average delay and the loss probability