代码搜索：Capacity
找到约 2,190 项符合「Capacity」的源代码
代码结果 2,190
www.eeworm.com/read/298994/7901112
m capacity_11.m
%clear all
%clc
hold on
Nr=1;
Nt=Nr;
t=10;
[corrRT]=mimo_channel(Nr, Nt,t);
[power]=generator_power(Nr);
T=corrRT.*power;
C=chol(T);
N=500;
w1=randn(1,N);
W=w1';
A=C'*W';
a11_real=alph
www.eeworm.com/read/298994/7901127
fig capacity_plot.fig
www.eeworm.com/read/298994/7901129
m capacity_44.m
clear all
clc
Nr=4;
Nt=Nr;
t=10;
[corrRT]=mimo_channel(Nr, Nt,t);
[power]=generator_power(Nr);
T=corrRT.*power;
C=chol(T);
N=500;
w1=randn(1,N);
w2=randn(1,N);
w3=randn(1,N);
w4=randn(1,N
www.eeworm.com/read/298994/7901134
m capacity_22.m
%close all;
%clc;
hold on
Nt=2;
Nr=2;
[alph11,alph12,alph21,alph22]=correlation_cofficiency();
a11=alph11(10);
a12=alph11(20);
a21=alph12(10);
a22=alph12(20);
a31=alph21(10);
a32=alph21(20)
www.eeworm.com/read/296909/8072810
m dmc_capacity.m
% Discrete memoryless channel (DMC) capacity computation.
%
% For more details see:
%
% Geometric Programming Duals of Channel Capacity and Rate Distortion
% by M. Chiang and S. Boyd,
% IEEE
www.eeworm.com/read/320808/13418145
m miso_capacity.m
% B04060532-曹作恺-程序-2
% 平均功率分配的MIMO信道容量——MISO的信道容量
% MISO_Capacity.m
% B04060532@fm.njupt.edu.cn
clear all;clc;
Nt = 1; % 8.发射天线的数目为1
Nr = 1; % 9.接收天线的
www.eeworm.com/read/320807/13418146
m mimo_capacity.m
% B04060532-曹作恺-程序-4
% 平均功率分配的MIMO信道容量——MIMO的信道容量——瑞利衰落信道矩阵
% MIMO_Capacity.m
% B04060532@fm.njupt.edu.cn
clear all;clc;
Nt = 1; % 8.发射天线的数目为1
Nr = 1;
www.eeworm.com/read/314881/13557167
m capacity_plot.m
function output=capacity_plot(SNR,M,corr,value,XPD,alpha,output)
%*********************************************************************
%This program works with "capacity_plot_main.m" file.Figs
%
www.eeworm.com/read/314881/13557169
m capacity_water.m
function output=capacity_water(SNR,M)
%**************************************************************************
%This program implements equation (2.26) using the waterfilling
%algorithm.The eq
www.eeworm.com/read/314881/13557171
m capacity_rician.m
function outage=capacity_rician(SNR,M,k,output)
%**************************************************************************
%This program illustrates the coding for determining the capacity in the