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rayleighchannel
- 用matlab编写的瑞利信道模型的仿真，并有眼图的说明
8
- 8单径瑞利信道中的四发四收V-BLAST： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量16QPSK调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 计算所设计方案的频谱效率是多少，单位为bit/Hz/s。-8 Single-Path Rayleigh Channel Four received four V-BLAST: (1) Please design a specific guide-a
pdf
- 基于调和平均数方法分析瑞利信道多点两跳中继合作分集性能-Based on Harmonic Analysis of the average Rayleigh channel multi-point two-hop relay cooperative diversity performance
OFDM-Simulation
- 包含OFDM系统仿真，星状导频仿真，瑞利信道估计以及FFT与DFT算法复杂度比较。集合了12个项目，呵呵。-Contains the OFDM system simulation, the astroid pilot frequency simulation, the Rayleigh channel estimates as well as FFT and the DFT algorithm order of complexity compares. Has gathered 12 proje
OFDMsimulation
- 实验室师姐所提供的MATLAB程序仿真，包括OFDM 瑞利信道的生成。-OFDM system simulation
RAYLEIGH
- matlab 编的瑞利信道仿真源码，对研究信道很有用-hgajdjkjhakhdkhakjlkjlka
td-scdma_Rayleigh-channel_joint-detection
- TD-SCDMA，1基站1单天线用户系统，瑞利多径信道，联合检测（JD）matlab程序-TD-SCDMA, 1 single-antenna base station a user system, Rayleigh multipath channel, joint detection (JD) matlab program
channel_case3
- 用matlab实现多径瑞利信道，详细参数程序内有注释说明-Using matlab to achieve multi-path Rayleigh channel, detailed explanatory notes within the parameters of procedures
multipath_code
- 设计一完整的移动通信系统物理层传输方案 (WiMAX场景)： 试设计一完整的移动通信系统物理层传输方案并用MATLAB程序实现，要求满足以下指标： 1. 数据速率：5km/hr的移动速度下可实现60Mbps，同时在120km/hr的移动速度下可实现10Mbps，且Eb/No小于20dB时可实现误比特率Pe <= 10-4 2. 信号带宽为20MHz，工作在2GHz频带 3. 信道模型: COST207模型的6径瑞利信道(可参考程序 multipath_code.zip)
LTE-PDSCH-CHE
- LTE信道估计在Matlab下实现，包含发送端，瑞利信道，接收端的编码。-CHANNEL ESTIMATION IN LTE SYSTEM
Desktop
- 瑞利平坦衰落信道 matlab仿真，信噪比/误码率-Rayleigh flat fading channel matlab code with SNR/BER
rayleighfading
- 瑞利衰落信道的matlab仿真程序，包含多径和功率控制参数。-Rayleigh fading channel matlab simulation program, including multipath and power control parameters.
OFDMchannelEstmation
- OFDM信道估计MATLAB仿真程序，包含高斯信道和瑞利莱斯衰落信道，算法包括LS,MMSE,LMMSE,ALMMSE等-OFDM channel estimation MATLAB simulation program, including the Gaussian channel Rice and Rayleigh fading channel, algorithms include LS, MMSE, LMMSE, ALMMSE etc.