搜索资源列表
nslab_ex1b_06
- tcl程序demo by N. Sidiropoulos and R. Bro clear all F=5 ％ users I=4 ％ antennas
nslab_ex2_06b
- TCL demo by N. Sidiropoulos and R. Bro clear all F=5 ％ users I=4 ％ antennas
nslab_ex5_06b
- TCL demo by N. Sidiropoulos and R. Bro clear all F=5 ％ users I=4 ％ antennas
zigbee用NS-2仿真工具仿真的TCL源码
- zigbee用NS-2仿真工具仿真的TCL源码，大家可以看看,zigbee with the simulation tool NS-2 simulation TCL source code, we can look at
NS2_Nam_Bind.zip
- ［原创］如何解决NS2下的nam的bind错误问题，文件中附有本人的安装经验，本人在Ubuntu9.04下已经安装成功,How to solve the problem of nam in ns2 with the bug of bind, including the install guide of myself. I have successfully solved the problem in my OS (Ubuntu 9.04)
worm.tcl
- ns2中，实现的基于传染病模型的蠕虫实现。该实现中有一个抽象节点，代表了20万个节点，然后有一个501个节点的具体网络。在抽象望中，只要能反应传播特征即可，具体网络中的扩散，更直观。-ns2, the realization of the infectious disease model based on the realization of the worm. The realization of the abstract, there is a node, representing the
4nodes
- its 4 node simulation scr ipt of tcl file.....used simulation n analysis of aodv protocol
p2p
- simulation p2p network in ns2
mit.txt
- tcl code of sending n receiving packet.
xgraphs
- its a document for understanding xgraphs n tcl code
example
- this an example scr ipt for learning wimax simulation in ns2-this is an example scr ipt for learning wimax simulation in ns2
ass1.tcl.tar
- this is an ns2 code which is useful for various kinds of simulation n wireless sensor network environment
wsntcl
- this a tcl scr ipt to demonstrate message sending in wireless network via dsdv routing protocol.The number of nodes is taken 2 out of which one is sender and another is receiver. this concept can further be implemented in n number of nodes.-this is a
simple_transV2.0
- 在NS2环境下，实现了两节点间的时间同步，已经通过模拟仿真，将关键变量绑定便于在tcl文本中设置 还给节点增加了状态变量 使同步协议运行更稳定-请键入文字或网站地址，或者上传文档。 取消 Zài NS2 huánjìng xià, shíxiànle liǎng jiédiǎn jiān de shíjiān tóngbù, yǐjīng tōngguò mónǐ fǎngzhēn, jiāng guānjiàn biànliàng bǎng dìng biànyú zài tcl wé
NS
- NS2 批量处理.tcl文件的bash命令，其中n为节点个数，s为节点移动速度-NS2 batch processing .tcl file bash command, where n is the number of nodes, s node moving speed