代码搜索：Multipath
找到约 793 项符合「Multipath」的源代码
代码结果 793
www.eeworm.com/read/355485/10262034
m sefade.m
% sefade.m
%
% This function generates frequency selecting fading
%
function [iout,qout,ramp,rcos,rsin]=sefade(idata,qdata,itau,...
dlvl,th,n0,itn,n1,nsamp,tstp,fd,flat)
%***************
www.eeworm.com/read/355484/10262136
asv sefade.asv
% sefade.m
%
% This function generates frequency selecting fading
%
function [iout,qout,ramp,rcos,rsin]=sefade(idata,qdata,itau,...
dlvl,th,n0,itn,n1,nsamp,tstp,fd,flat)
%***************
www.eeworm.com/read/355484/10262150
m sefade.m
% sefade.m
%
% This function generates frequency selecting fading
%
function [iout,qout,ramp,rcos,rsin]=sefade(idata,qdata,itau,...
dlvl,th,n0,itn,n1,nsamp,tstp,fd,flat)
%***************
www.eeworm.com/read/353878/10409101
m teqcspec.m
function out=teqcspec(files);
%TEQCSPEC TEQC multipath spectrum analysis ++++++++++++++++++++++++++++++++
% TEQCSPEC(FILENAME) makes a geographically oriented plot of
% multipath in the band
www.eeworm.com/read/459316/7277250
m untitled.m
Rayleigh_Doppler_multiPath(50000,10,0,500,0.1,10,50,100)
www.eeworm.com/read/327948/13054103
m pr3_35_ss_multipathdiversityprincipleillustration.m
%Problem 3.35;
%Shows principle of multipath diversity;
clear all; close all;
t=[1:3000]/500; N=length(t); %time scale;
WD=[0,50]; %deviations of two bit pulses;
S=exp(i*pi*WD'*(t(1:500)-0.5).^
www.eeworm.com/read/321288/13409564
m sefade.m
% sefade.m
%
% This function generates frequency selecting fading
%
function [iout,qout,ramp,rcos,rsin]=sefade(idata,qdata,itau,...
dlvl,th,n0,itn,n1,nsamp,tstp,fd,flat)
%*****************
www.eeworm.com/read/192321/6285137
m untitled.m
Rayleigh_Doppler_multiPath(50000,10,0,500,0.1,10,50,100)
www.eeworm.com/read/343298/11959509
m sefade.m
function[iout,qout]=sefade(idata,qdata,itau,dlvl,n0,itn,n1,nsamp,tstp,fd,flat)
%****************** variables *************************
% idata input Ich data
% qdata input Qch data
www.eeworm.com/read/218391/14922945
m pr3_35.m
%Problem 3.35;
%Shows principle of multipath diversity;
clear all; close all;
t=[1:3000]/500; N=length(t); %time scale;
WD=[0,50]; %deviations of two bit pulses;
S=exp(i*pi*WD'*(t(1:500)-0.5).^