代码搜索：Generates
找到约 10,000 项符合「Generates」的源代码
代码结果 10,000
www.eeworm.com/read/134087/14008969
m ecg1.m
% ecg.m - ECG generator.
%
% x = ecg(L) = column vector
%
% generates piecewise linear ECG signal of length L
% must post-smooth it with an N-point smoother:
% y = sgfilt(d, N, x), usually with d=0, a
www.eeworm.com/read/134087/14008983
m ecg.m
% ecg.m - ECG generator.
%
% x = ecg(L) = column vector
%
% generates piecewise linear ECG signal of length L
% must post-smooth it with an N-point smoother:
% y = sgfilt(d, N, x), usually with d=0, a
www.eeworm.com/read/236147/14030790
vhd tx_state_mach.vhd
-- Altera Microperipheral Reference Design Version 0802
--**********************************************************************************************
--
-- System: A8251
-- Component: Tx
www.eeworm.com/read/204559/15336944
c alg7.c
#include
#include
#include
class equal_and_odd{
public:
bool
operator()( int val1, int val2 )
{
return ( val1 == val2 &&
( val1 == 0
www.eeworm.com/read/203170/15364532
m simulated_ecg_waveform_generator.m
% ecg.m - ECG generator.
%
% x = ecg(L) = column vector
%
% generates piecewise linear ECG signal of length L
% must post-smooth it with an N-point smoother:
% y = sgfilt(d, N, x), usually with d=0, a
www.eeworm.com/read/112799/15476566
m ecg.m
% ecg.m - ECG generator.
%
% x = ecg(L) = column vector
%
% generates piecewise linear ECG signal of length L
% must post-smooth it with an N-point smoother:
% y = sgfilt(d, N, x), usually with d=0, a
www.eeworm.com/read/101557/15827135
m randint.m
function out = randint(n, m, range, seed);
%RANDINT Random integer matrix generator.
% OUT = RANDINT(N) generates an N-by-N random binary numbers. The
% appearance of "0" and "1" has ev
www.eeworm.com/read/292175/8370234
bat genrtx.bat
REM This file generates the RTX51 TINY LIBRARY
a51 right.a51
a51 vers.a51
a51 rtx51tny.a51 debug
a51 conf_tny.a51
del rtx51tny.lib
lib51 create rtx51tny.lib
lib51 add right.obj,vers.obj,rtx51tn
www.eeworm.com/read/288304/8643798
m batch.m
% generates the data needed for the plots in the book
%
make_rp;
rp.type='A';
rp.T = 2.9; rp.name = 'run1'; run_dctlmseq(rp);
rp.T = 3.1; rp.name = 'run2'; run_dctlmseq(rp);
rp.T = 3.3; rp.n
www.eeworm.com/read/429246/8814171
m targetmotion.m
for t = 1:num_frames
% Now let the target move also:
tpixinx1 = floor((target_velx+.2*randn(1))*delt*t);
tpixiny1 = floor((target_vely+.2*randn(1))*delt*t); % Before interpolat