Description: WiMAX系统仿真，感觉做得很标准，欢迎参考。-WiMAX System Simulation, feeling very standard to do are welcome to reference. Platform: |
Size: 26624 |
Author:cc5go |
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Description: am submitting wimax phy layer simulation file .
using ieee 802.16e OFDM air interface.
It is first version and likely to be revised very soon with other features. Please wait till that. -am submitting wimax phy layer simulation file .
using ieee 802.16e OFDM air interface.
It is first version and likely to be revised very soon with other features. Please wait till that. Platform: |
Size: 11264 |
Author:Rafal |
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Description: 用matlab编写的关于无线网络仿真的源码例子-Prepared using matlab source code on the example of wireless network simulation Platform: |
Size: 27648 |
Author:影子 |
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Description: MATLAB关于4gWImaX的仿真，着力于物理层信号传输距离的模拟，包括了FREE SPACE和TWO Ray模型-WIMAX simulation in signal transmission by using MATLAB, which includes the model of free space and two ray model Platform: |
Size: 1024 |
Author:caodi |
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Description: Matlab simulation for drawing the BER plot of the WiMAX turbo code, using either the BCJR algorithm or the fully-parallel algorithm.
Copyright (C) 2013 Robert G. Maunder
The simulation can be started by running the main.m script. This can be modified to either the BCJR algorithm or the fully-parallel algorithm, as well as to the frame length N. As the simulation proceeds, it will gradually plot the BER that can be achieved using various number of decoding iterations, as selected in main.m. A greater number of decoding iterations will give a lower BER. The script main.m can also be modified to make the BER plots smoother and reach lower BERs, at the cost of making the simulation run slower.-Matlab simulation for drawing the BER plot of the WiMAX turbo code, using either the BCJR algorithm or the fully-parallel algorithm.
Copyright (C) 2013 Robert G. Maunder
The simulation can be started by running the main.m script. This can be modified to either the BCJR algorithm or the fully-parallel algorithm, as well as to the frame length N. As the simulation proceeds, it will gradually plot the BER that can be achieved using various number of decoding iterations, as selected in main.m. A greater number of decoding iterations will give a lower BER. The script main.m can also be modified to make the BER plots smoother and reach lower BERs, at the cost of making the simulation run slower. Platform: |
Size: 13312 |
Author:oudjani |
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