代码搜索：UWB定位算法
找到约 10,000 项符合「UWB定位算法」的源代码
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www.eeworm.com/read/438193/7112339
m uwb_system.m
%UWB-Run from editor debug(F5)-PPM(pulse position modulation)and link analysis of
%UWB monocycle and doublet waveforms.
%This m file plots the time and frequency waveforms for PPM 1st and 2nd deriva
www.eeworm.com/read/461062/7235106
m uwb_channel.m
% Cassioli Indoor UWB Channel Model
% Jasurbek Khodjaev - MCL -2006
function G_i = uwb_channel(d)
% d - Transmitter- Receiver seperation in meters
% % time_t = time_t * 1e9;
% % sample_t = round(
www.eeworm.com/read/461062/7235127
asv uwb_channel.asv
% Cassioli Indoor UWB Channel Model
% Jasurbek Khodjaev - MCL -2006
function G_i = uwb_channel(d)
% d - Transmitter- Receiver seperation in meters
% % time_t = time_t * 1e9;
% % sample_t = round(
www.eeworm.com/read/445974/7587022
tcl uwb.tcl.tcl
# ======================================================================
# Defaults
# ======================================================================
#source ../defaults.tcl
source ../def
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m uwb_analysis .m
% Title: UWB Link Analysis
% Author: J C
% Summary: Plots time and frequency domains of UWB PPM monocycles and doublets.
% MATLAB Release: R13
% Description: This m file plots the tim
www.eeworm.com/read/331103/12850778
m uwb_system.m
width =2e-9;
ts = 2e-10;
ratio = 1/2;
ds_code = [-1;-1;1;1;1;1;1;1;-1;1;1;1;-1;1;-1];
n_frame = 5;
%--------------------------------------------------------------------------
%------------------
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m uwb_imr.m
function h = uwb_imr(chan, ch_idx)
%--------------------------------------------------------------------------
% The first step is to read in the data from the .mat files supplied by the
% IEEE 802
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asv tr_uwb.asv
%-----------------------------------------------------------------------
%generate channel impulse response
h = uwb_imr(1,1);
%-----------------------------------------------------------------
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m tr_uwb.m
%-----------------------------------------------------------------------
%generate channel impulse response
h = uwb_imr(1,1);
% h = h(1:100);
%-------------------------------------------------
www.eeworm.com/read/331103/12850813
m ds_uwb.m
width =2e-9;
ts = 2e-10;
ratio = 1/2;
n = width/ts;
t = 0:ts:width;
A = 1;
Tau = width/2.1432;
Tc = width/2;
x = A*(1-4*pi*(t-Tc).*(t-Tc)/(Tau*Tau)).*exp(-2*pi*(t-Tc).*(t-Tc)/(Tau*Tau));
y