搜索资源列表
MIMOMRC
- MIMO MRC system - maximum ratio combining-MIMO MRC system- maximum ratio combining
MIMOMRC
- 研究相关瑞利衰落信道上MIMO系统中组合发射机选择合并(SC)／4t-收机最大比合并(MRC)的天线分集系统性能。使用矩生成函数方法，推导相关瑞利衰落信道上采用组合SC／MRC天线分集和相干检测的M 进制相移键控(MPSK)，M进制正交幅度调制(MQAM)，M 进制脉冲幅度调制(MPAM)等几种M 进制数字调制方式的误符号率精确表达式。数值计算结果阐明相关性和天线阵结构对采用组合SC／MRC天线分集的几种M 进制数字调制方式的平均误符号率性能的影响。-Research related to Ra
BER_MRC_STBC
- Visualization of BER for STBC ystem with MRC receiver
ber_2x2mimo_ML
- The results for 2×2 MIMO with Maximum Likelihood (ML) equalization helped us to achieve a performance closely matching the 1 transmit 2 receive antenna Maximal Ratio Combining (MRC) case.
MRC
- 在MIMO系统或中继系统中，接收方采用MRC接收时的系统误码率，调试通过-In the MIMO system or relay system, the receiver system using MRC reception bit error rate, debugging through
mimoegcmrc
- mimo-ofdm的多用户检测仿真，包括mrc，rgc，sc等多种方式对比-mimo-ofdm simulation of multi-user detection, including mrc, rgc, sc compare a variety of ways
MIM0-OFDM
- MIMO-OFDM This contains 70 .m files for a complete simulation of a MIMO-OFDM channel. including pilot aided channel estimation, coding, MRC and frequency synchronization.It uses Jack rayleigh channel model
BER-of-MIMO-channel-with-MRC-and-SC-and-EGC
- bti error rate of MIMO channel with maximum ratio combining and seclecting cimbining and equal gain
MRC_scheme
- it is MRC technique uesed in lte MIMO lte
Alamouti-MIMO-MRC
- Alamouti code, 2*1 MIMO, 2 transmitter 1 reciever, use MRC techniques.-Alamouti code, 2* 1 MIMO, 2 transmitter 1 reciever, use MRC techniques.
prog_MRC_AWGN
- MRC combiner with mimo in LTE demonstration code
MRC
- ns STBC for purely time-selective channels by transforming the time-selective channels into frequency-selective channels, and by adjusting existing space–time code designs over frequency-selective MIMO channels to collect joint space–Doppler ga
MRC-for-MIMO
- ：MIMO信道容量，助于理解MIMO信道，并有仿真比较-capacity of NINO channel-_ mimo channel capacity analysis with matlab
12MRC-for-MIMO
- 使用MRC接收，MIMO信道容量，助于理解MIMO信道，并有仿真比较。-Using MRC receiver for AF-and-DF-Protocols-based-on-Alamouti
1234MRC-for-MIMO
- 使用MRC接收，AF、DF的仿真程序，可用于比较两种方式下的误码性能-Using MRC for Collaboration of the two types of communication modalities for collaboration AF, DF and documentation prepared by an independent simulation program can be used to compare two methods of bit-error perfo
MIMOPMRC-DE-QPSK
- 采用MIMO+MRC的DE-QPSK性能分析 采用MIMO+MRC的DE-QPSK性能分析-DE-QPSK performance analysis of the use of MIMO+ MRCDE-QPSK performance analysis of the use of MIMO+ MRCDE-QPSK performance analysis of the use of MIMO+ MRC
MRC-and-antenna-selection
- 基于simulink的天线选择技术仿真建模。天线选择技术的MIMO技术中的相关基础技术，在当前无线通信中起着重要做用，通过仿真可以很好的展现天线选择的优势。-Antenna selection techniques based on simulink simulation modeling.Antenna selection techniques of MIMO technology in the related basic technology, in the current wireless
MIMO和Massive MIMO信号检测算法仿真程序
- 本资源中包含了三种线性信号检测算法MRC,ZF,MMSE和非线性信号检测算法ZF-SIC,MMSE-SIC。分别在传统mimo和Massive MIMO系统中进行仿真，分别给出了信噪比-误码率曲线和误码率-接收天线数曲线(MIMO signal detection algorithm)
DAF-SC-SPL-2013
- Maximal ratio combiing
QPSK-ALL
- 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).