代码搜索:third

找到约 4,828 项符合「third」的源代码

代码结果 4,828
www.eeworm.com/read/216694/14997423

m signalanalysis_tracking_programme.m

%% microphone array signal processing to tracking target moving track. %% 2005-12-25; MaDengYong; clc; clear all; close all; fs=48e3; Ts=1/fs; cp='third data\'; sr=['F:\2005_11_15\2005_1
www.eeworm.com/read/216694/14997444

asv signalanalysis_tracking_programme.asv

%% microphone array signal processing to tracking target moving track. %% 2005-12-25; MaDengYong; clc; clear all; close all; fs=48e3; Ts=1/fs; cp='third data\'; sr=['F:\2005_11_15\2005_1
www.eeworm.com/read/206661/15292459

m wig3c.m

function [wx, waxis] = wig3c (x0,nfft,sigma,flag) %WIG3C Computes the (f,f) slice of the Third-order Wigner Distribution, % with Choi-Williams smoothing % [wx,waxis] = wig3c (x, nfft, sigma
www.eeworm.com/read/210914/4946991

m estcum1.m

function [bis, bis_true, bis_true1]=estCum1(NF,Le,x,h,H) % This function only calculates the true and estimated % third order cumulant and bispectrum if mod(NF,2) KF=(NF+1)/2; else KF=NF/2; end
www.eeworm.com/read/160611/5568649

lsp seqfnint.lsp

(setfn seq-tag first) (setfn seq-time second) (setfn seq-line third) (setfn seq-channel fourth) (defun seq-value1 (e) (nth 4 e)) (setfn seq-pitch seq-value1) ; pitch of a note
www.eeworm.com/read/147862/12513698

m wig3c.m

function [wx, waxis] = wig3c (x0,nfft,sigma,flag) %WIG3C Computes the (f,f) slice of the Third-order Wigner Distribution, % with Choi-Williams smoothing % [wx,waxis] = wig3c (x, nfft, sigma
www.eeworm.com/read/248862/12537280

m wig3c.m

function [wx, waxis] = wig3c (x0,nfft,sigma,flag) %WIG3C Computes the (f,f) slice of the Third-order Wigner Distribution, % with Choi-Williams smoothing % [wx,waxis] = wig3c (x, nfft, sigma
www.eeworm.com/read/192188/8400188

xml tmpindex.xml

<Emphasis>Learning Perl, Third Edition<Default Para Font
www.eeworm.com/read/362213/10012517

m ex9_16.m

% Example 9.16 % third order response % shows dominant poles % no zeros num1 = 25; den1 = [1 7 25]; num2 = 1; den2 = [1 1]; num = conv(num1,num2); % this multiplies the polynomials den = co
www.eeworm.com/read/453243/7423394

m entropy_decode.m

function [stream_out,iii]=entropy_decode(stream_in,pass) clear global format long global no_of_chars no_of_symbols cum_freq top_value code_value_bits... first_qtr half third_qtr max_frequenc