代码搜索：Rectangular
找到约 1,427 项符合「Rectangular」的源代码
代码结果 1,427
www.eeworm.com/read/321160/13411444
m ip_06_04.m
% MATLAB script for Illustrative Problem 4, Chapter 6.
echo on
Length=101;
Fs=10000;
W=2000;
Ts=1/Fs;
n=-(Length-1)/2:(Length-1)/2;
t=Ts*n;
h=2*W*sinc(2*W*t);
% The rectangular windowed versio
www.eeworm.com/read/320625/13421271
html mainfbh1test.html
COG 2.0: FBH nr. 1
FBH example nr. 1
In this example we have have a very complex but rectangular structure.
Thus, to define the
www.eeworm.com/read/317833/13495838
m ampresrc.m
% Chapter 7: Rectangular Window Amplitude Response
%
M = 45; alpha = (M-1)/2;
n = -alpha:alpha;
w = ones(1,M);
N = 1000; omega = (2*pi/N)*[-N/2:N/2];
Wr = real(w*(exp(-j*n'*omega)));
db = 20*lo
www.eeworm.com/read/493456/6393671
m ampresrc.m
% Chapter 7: Rectangular Window Amplitude Response
%
M = 45; alpha = (M-1)/2;
n = -alpha:alpha;
w = ones(1,M);
N = 1000; omega = (2*pi/N)*[-N/2:N/2];
Wr = real(w*(exp(-j*n'*omega)));
db = 20*lo
www.eeworm.com/read/403922/11501753
html function.pdf-create-annotation.html
Create rectangular annotation
www.eeworm.com/read/403922/11502020
html function.pdf-fit-textflow.html
Format textflow in rectangular area
www.eeworm.com/read/158463/11612713
m ip_06_04.m
% MATLAB script for Illustrative Problem 4, Chapter 6.
echo on
Length=101;
Fs=10000;
W=2000;
Ts=1/Fs;
n=-(Length-1)/2:(Length-1)/2;
t=Ts*n;
h=2*W*sinc(2*W*t);
% The rectangular windowed versio
www.eeworm.com/read/342845/11995860
m ampresrc.m
% Chapter 7: Rectangular Window Amplitude Response
%
M = 45; alpha = (M-1)/2;
n = -alpha:alpha;
w = ones(1,M);
N = 1000; omega = (2*pi/N)*[-N/2:N/2];
Wr = real(w*(exp(-j*n'*omega)));
db = 20*lo
www.eeworm.com/read/490313/1205693
m ampresrc.m
% Chapter 7: Rectangular Window Amplitude Response
%
M = 45; alpha = (M-1)/2;
n = -alpha:alpha;
w = ones(1,M);
N = 1000; omega = (2*pi/N)*[-N/2:N/2];
Wr = real(w*(exp(-j*n'*omega)));
db = 20*lo
www.eeworm.com/read/209919/4955926
m ampresrc.m
% Chapter 7: Rectangular Window Amplitude Response
%
M = 45; alpha = (M-1)/2;
n = -alpha:alpha;
w = ones(1,M);
N = 1000; omega = (2*pi/N)*[-N/2:N/2];
Wr = real(w*(exp(-j*n'*omega)));
db = 20*lo