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MIMO
- MIMO系统容量仿真程序分为两个。其中 文件夹1为：发射天线数为4，接收天线数逐渐增大时MIMO系统容量的仿真程序。 文件夹2为：接收天线数为4，发射天线数逐渐增大时MIMO系统容量的仿真程序。-MIMO system capacity simulation program is divided into two. One folder 1 as follows: the number of transmitting antennas is 4, gradually increasing
stbc21
- 用matlab进行发送天线为2根，接收天线为1根的mimo信道空时分组码的性能仿真。-Using matlab to send antenna 2 and receiving antennas to one of mimo space-time block codes channel performance simulation.
Multivariable_Feedback_Control
- Multivariable Feedback Control (1)Review of Linear system theory (2)lineat MIMO feedback systems (3)Performance and robustness (4)Decoupling control-Multivariable Feedback Control (1) Review of Linear system theory (2) lineat MIMO feedback sy
communication-theory
- 1.由用户输入发射天线和接收天线的数量和SNR的值，画出MIMO通道性能的PDF和CDF,通道符合雷利分布。2.输入发射天线和接收天线数量及SNR范围，计算通道的性能，画出所有capacity v.s SNR图。- 1. transmit and receive antennas are input by the user of the number and SNR draw MIMO channel performance of PDF and CDF, in li
greshbands
- function[]=gershbands(G) switch class(G) case 'tf' % Transfer Function Form G_TF=G; [num,den]=tfdata(G); for i=1:size
03-2x2MIMO系统的完整数据链仿真
- % 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