搜索资源列表
SUI3test3
- WIMAX SUI3 CHANNEL MODE EVALUATION BASED ON MATLAB-WiMAX SUI3 CHANNEL MODE EVALUATION BASED O N MATLAB
wimax_ofdm
- 基于第三代通讯wimax核心编码ofdm编码的matlab性能仿真-based on the third generation telecommunications wimax core coding ofdm coding Matlab Performance Simulation
802_16_System
- wimax的固定版本的链路级仿真matlab平台，内容详尽
1
- 介绍wimax通信路推定的好文章，开发语言是Matlab.对于搞wimax通信路推定的人是个很好的借鉴文章
WiMAX_Downlink_802.16e_Matlab
- WiMAX Downlink 802.16e Matlab仿真代码
COST207
- WiMAX的COST207信道matlab代码
PEG_LDPC.rar
- 引入PEG（Progressive-edge-growth）算法来构造适合线性时间编码的LDPC校验矩阵，译码时采用简化最小和Min-Sum译码算法实现简化译码．仿真结果表明，该方法能够构造适合LDPC码的线性时间编码的下三角校验矩阵日，并且用此方法构造的LDPC码性能非常接近原来PEG算法构造的LDPC码．同时通过采用最小和Min-Sum算法降低译码复杂度．,The introduction of PEG (Progressive-edge-growth) algorithm to const
de_interleave
- 关于解交织的MATLAB程序，可以应用在Wimax的仿真程序中。-On the MATLAB deinterleave procedures can be applied to the simulation program in Wimax.
wsn-TDOA
- wsn中TDOA算法。希望对大家有帮助。-TDOA algorithm in WSN. We hope to be helpful.
TDSCDMA_uplink_imulation
- TD-SCDMA上行链路完整级别的仿真，非常完整，考虑了各个功能模块。具有很好的参考价值。-TDSCDMA uplink simulation
Alamouti
- MIMO OFDM channel estimation
radio
- matlab implementation of wimax downlink
ofdm_sig
- this matlab code simulate about signal in wimax
serviceDetection
- This a MATLAB function that can be used to detect the FFT size and service flag in WiMAX system-This is a MATLAB function that can be used to detect the FFT size and service flag in WiMAX system
sim
- matlab with simulink can do simulation of wimax before you can model your system then simulate to improve the performance
downlink
- matlab with simulink can do simulation of wimax before you can model your system then simulate to improve the performance
WiMAX_5.tar
- Matlab code for WiMAX scenario
Wireless Comm
- Wireless Communications with Matlab and Simulink - WiMax Physical Layer
Wireless Com
- Wireless Communications with Matlab and Simulink (WiMax) Physical Layer
95302929vertical_handoff
- 异构网络切换，根据移动终端在LTE和WIMAX内的接收信号强度，实现垂直切换(According to the received signal strength of the mobile terminal, the handover between the LTE and WiMAX)