代码搜索：Variance
找到约 2,271 项符合「Variance」的源代码
代码结果 2,271
www.eeworm.com/read/232058/14209466
m arlsfb.m
function [a,e,V,FPE]=arlsfb(x,p)
% All-Pole (AR) modeling using No-Windowing
% forward-backward linear least-squares
% Model parameters [1 a1...ap V]
% V=input signal variance.
% FPE=Akaike's fin
www.eeworm.com/read/472943/1402542
m calcxnu.m
function xnu = CalcXnu(nu)
% xnu = CalcXnu(nu)
% solve (1-nu)/nu = 2 G(xnu) xnu/g(xnu)
% G is PDF of halfnormal with variance 1/2. i.e. erf!
% Eqn (4.2) of HDCSPwNP2N
% check that nu is in ra
www.eeworm.com/read/472943/1402566
m calcxnu.m
function xnu = CalcXnu(nu)
% xnu = CalcXnu(nu)
% solve (1-nu)/nu = 2 G(xnu) xnu/g(xnu)
% G is PDF of halfnormal with variance 1/2. i.e. erf!
% Eqn (4.2) of HDCSPwNP2N
% check that nu is in ra
www.eeworm.com/read/375337/9363670
m aarls.m
function [w,J]=aarls(L,var2,h,N,h1,lambda,delta,I);
%L=No. of iterations;
%var2=Variance of the plant noise;
%h=Plant impulse response;
%N=Length of the Adaptive Filter;
%h1=Coloring filter impul
www.eeworm.com/read/448061/7541000
txt lms.txt
%
% Basic LMS EQ
% For real (I-axis) signals only
%
itn = 1e3; % # of data samples
sigman2 = .001; %noise variance (=1/SNR)
sigman=sqrt(sigman2);
ch = [-.1 .3 -.7 2 2 -.7 .3 -.1]; % channe
www.eeworm.com/read/398034/8009018
m sa_ex8_2b.m
%Maximum SIR beamforming
d=.5;
N= 5;
sig2=.001; % noise variance
theta=-pi/2:.01:pi/2;
ang=theta*180/pi;
th0=30*pi/180; % receive angle
th1=-20*pi/180; % first interferer a
www.eeworm.com/read/398034/8009044
m sa_ex8_2.m
%Maximum SIR beamforming
% example 8.2
d=.5;
N=3;
sig2=.001; % noise variance
theta=-pi/2:.01:pi/2;
ang=theta*180/pi;
th0=pi/6; % receive angle
th1=-pi/6; % first interfer
www.eeworm.com/read/317326/13505882
m sa_ex8_2b.m
%Maximum SIR beamforming
d=.5;
N= 5;
sig2=.001; % noise variance
theta=-pi/2:.01:pi/2;
ang=theta*180/pi;
th0=30*pi/180; % receive angle
th1=-20*pi/180; % first interferer a
www.eeworm.com/read/317326/13505907
m sa_ex8_2.m
%Maximum SIR beamforming
% example 8.2
d=.5;
N=3;
sig2=.001; % noise variance
theta=-pi/2:.01:pi/2;
ang=theta*180/pi;
th0=pi/6; % receive angle
th1=-pi/6; % first interfer
www.eeworm.com/read/261324/11654849
m aarls.m
function [w,J]=aarls(L,var2,h,N,h1,lambda,delta,I);
%L=No. of iterations;
%var2=Variance of the plant noise;
%h=Plant impulse response;
%N=Length of the Adaptive Filter;
%h1=Coloring filter impul