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MIMO无线传输 无线传输 无线传输 -MIMO transmission model, JAKAFANI Quasi orthogonal space time block codes with four transmit and one receive antenans over flat fading channel with maximum likelihood detector (ML)
Update : 2025-02-19 Size : 532kb Publisher : albert

Approximate ML Detector based on MMSE
Update : 2025-02-19 Size : 151kb Publisher : dev

the code is about ML detector of mimo technology ,,,,we need of vhdl code for all detectors
Update : 2025-02-19 Size : 5kb Publisher : bhagyalaxmi

It contains 4 matlab codes for ZF,MMSE,ML equalizer for MIMO systems and 1 document based on linear detector for MIMO system
Update : 2025-02-19 Size : 148kb Publisher : yashoda

ML detector water pouring technique used in lte
Update : 2025-02-19 Size : 1kb Publisher : HAN DAE GEN

ml detection code for MIMO system
Update : 2025-02-19 Size : 1kb Publisher : 小谢

MIMO 检测仿真 ML MMSE ZF 还有OSIC的-MIMO detector simulation ML MMSE ZF OSIC' s there
Update : 2025-02-19 Size : 2kb Publisher : jack

空间调制系统基本程序,QAM调制,接收端采用ML检测-SM system,QAM,ML detector
Update : 2025-02-19 Size : 1kb Publisher :

简单的MIMO模拟 假定QPSK,ML解码(SM ZF检测器除外)。 mrc.m - 最大比例组合 stc.m - 具有1和2个接收天线的Alamouti空时分组码 bf.m - 特征波束形成 sm.m - 空间复用2x2(ML解码和次优逼迫) 简单的OFDM仿真 模拟保护带,用于信道估计的循环前缀前导码符号(Simple MIMO simulations Assumes QPSK, ML decoding (except SM ZF detector). mrc.m - maximal ratio combining stc.m - Alamouti space-time block code with 1 and 2 receive antennas bf.m - Eigen-beamforming sm.m - Spatial multiplexing 2x2 (both ML decoding and suboptimal zero forcing) Simple OFDM simulation Simulates guard band, cylic prefix Preamble symbol used for channel estimation)
Update : 2025-02-19 Size : 10kb Publisher : mls9583

% Type of different detectors, parameters for Detector.m ML = 1; % Joint ML Detector JMMSE = 2; % Joint MMSE Detector ZF = 3; % Joint Zero-Forcing Detector % Type of different antenna selection criteria methods MBER = 1; MMI = 2; LAZY = 3; MNP = 4; %Minimum Noise Power MMNP = 5; LAZY2 = 6; real_ch = 0; % real_ch = 0 refers to simulated channel in MATLAB, otherwise refers to real channel SNR_dB = 20;% transmit SNR in the simulated channel nr_frames = 20; % number of frames sent when simulation. detect_type = ZF; % Detector choice select_type = MBER; % Antenna selection choice disp(''); tx(nr_frames); disp('Press any key to continue'); pause RF(real_ch,SNR_dB); disp('Press any key to continue'); pause BER = rx(detect_type,select_type);
Update : 2020-08-29 Size : 3.75mb Publisher : hlayumi
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