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LEACH2.m
- LEACH 路由算法的matlab模拟仿真代码
leach.m
- 无线传感器网络的leach协议的matlab仿真程序-matlab program for leach protocal in wireless sensor network.
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
2011_Multihop-Routing-In-Self-Organizing-Wireless
- modified leach protocol, M-LEACH
leach-m(1)
- leach m1111111 protocole
leach-m(1)
- energy leach a new version
LEACH.wsnlab.ir
- 这是我们实验所使用的LEACH算法代码。在m=1时，相同的代码可以用于FIAR-This is the LEACH code we have used. The same code can be used for FAIR if m=1
matlab__leach.m
- leach matlab code for wsn
LEACH.m
- leach protocol in matlab
LEACH--Protocol-in-Matlab
- This the LEACH code we have used.The same code can be used for FAIR if m=1.-This is the LEACH code we have used.The same code can be used for FAIR if m=1.
LEACH.m
- LEACH的源代码，详细注释，适合初学WSN路由协议的同学学习。-LEACH source code, detailed notes, WSN routing protocols suitable for novice students to learn.
Matlab--LEACH
- 迭代学习控制算法的M文件-An Improved LEACH MAtlab achieve with conventional compare
M-GEAR
- In this research work, we advise gateway based energy-efficient routing protocol (M-GEAR) for Wireless Sensor Networks (WSNs). We divide the sensor nodes into four logical regions on the basis of their location in the sensing field. We install Base S
leach.m
- THIS IS A LEACH PROTOCOL
LEACH.m
- matlab code for LEACH routing protocol for WSN
modleach.m
- MATLAB Source Code of MOD-LEACH Routing Protocol
matlableach.m
- Leach分簇算法的matlab代码，可以运行-Leach clustering algorithm matlab code, you can run
LEACH.m
- LEACH matlab code for WSN
LEACH Wendi
- Energy-Efcient Communication Protocol for Wireless Microsensor Networks Wendi Rabiner Heinzelman Anantha Chandrakasan shows the total energy expended in the system as the network diameter increases from 10 m 10 mto 100m100 m and the energy expended
LEACH
- 经典leach仿真实验This is the LEACH [1] code we have used. % % The same code can be used for FAIR if m=1 % % % % [1] W.R.Heinzelma