Search - antenna selection in mimo

Search - antenna selection in mimo - List

[Documents] mimo4 DL : 0: mimo的天线选择算法，可以作为这方面学习的参考，-MIMO antenna selection algorithm can be used as reference for learning in this area,
Update : 2025-02-19 Size : 437kb Publisher : 东东
[matlab] Alamouti_2x1_ant_selection DL : 0: 在MIMO 2x1天线选择系统中，利用Alamouti编码，计算系统的BER-In the 2x1 antenna selection, the use of Alamouti coding, computing system BER
Update : 2025-02-19 Size : 1kb Publisher : hspeak
[Program doc] MIMO-Wireless-Communications DL : 0: 本书从信息论与错误概率的角度，着重分析了真实世界传播如何影响MIMO容量和性能，实际鲁棒的空时码的设计，详细讨论了预编码、天线选择和多载波传输。-Book from the perspective of information theory and error probability, focused on analysis of real-world communication can affect MIMO capacity and performance, the actual robustness of space-time code design, discussed in detail pre-coding, antenna selection and multi-carrier transmission.
Update : 2025-02-19 Size : 3.1mb Publisher : anjie
[Other] MIMO-tianxianxuanze DL : 0: 关于MIMO中编码技术及天线选择的相关问题的研究-Issues related to coding and antenna selection in MIMO systems
Update : 2025-02-19 Size : 717kb Publisher : linxiaozhen
[matlab] AntenaSelect DL : 0: 无线通信中MIMO系统中的天线选择技术编程-Antenna selection technique in wireless communication in a MIMO system programming
Update : 2025-02-19 Size : 7kb Publisher : 龙山
[Other] antenna-selection2 DL : 0: 多输入多输出系统的天线选择策略，综述性的文章-Antenna Selection in MIMO Systems
Update : 2025-02-19 Size : 129kb Publisher : 崔亚平
[matlab] Alamouti_2x1_ant_selection DL : 0: 无线与移动通信中MIMO-OFDM系统2*1天线选择的matlab仿真与实现-Matlab simulation and implementation of MIMO-OFDM System 2* 1 antenna selection in wireless communication and mobile
Update : 2025-02-19 Size : 1kb Publisher :
[Program doc] paper4 DL : 0: Transmit antenna subset selection in MIMO OFDM system using adaptive mutation Genetic algorithm
Update : 2025-02-19 Size : 431kb Publisher : xiaowang
[matlab] MRC-and-antenna-selection DL : 0: 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 communication plays a very important to do with, through the simulation can well show the advantage of antenna selection.
Update : 2025-02-19 Size : 28kb Publisher : doman
[Other] 3 DL : 0: precoding and antenna selection
Update : 2025-02-19 Size : 261kb Publisher : Dinh Van Khoi
[Other] massive-MIMO-antenna-selection-master DL : 0: 大规模系统中的天线选择算法的MATLAB仿真程序(MATLAB simulation program of antenna selection algorithm in large scale system)
Update : 2025-02-19 Size : 39kb Publisher : 刘晓智
[Windows Develop] MIMO_channel_cap_ant_sel_optimal DL : 0: MIMO系统中采用最优天线选择方案的MIMO信道容量(MIMO channel capacity using optimal antenna selection scheme in MIMO system)
Update : 2025-02-19 Size : 2kb Publisher : 简单地幸福
[Communication-Mobile] 天线选择算法总结 DL : 0: MIMO天线选择算法中，基于最优选择算法和范数选择算法和随机选择算法的程序，能够简化硬件结构，降低通信算法的复杂度，提高通信的可靠性。穷举法，递减，递增等。(In MIMO antenna selection algorithm, the program based on optimal selection algorithm and norm selection algorithm and random selection algorithm can simplify the hardware structure, reduce the complexity of communication algorithm and improve the reliability of communication. Exhaustive method, decreasing, increasing, etc.)
Update : 2025-02-19 Size : 77kb Publisher : ``afhdfhs
[matlab] AS DL : 0: solve a joint antenna selection and analog beamformer problem(jointly design the antenna selection and analog beamformer with low-resolution phase shifters in mmwave MIMO systems)
Update : 2025-02-19 Size : 4kb Publisher : lhyyyyy
[Other] 03-2x2MIMO系统的完整数据链仿真 DL : 0: % 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