代码搜索:Approach
找到约 1,300 项符合「Approach」的源代码
代码结果 1,300
www.eeworm.com/read/136696/13365572
m turksen.m
function [dbp,W]=turksen(a,b,c,d,e,f,g,h,i,j,k)
%TURKSEN: Turksen's Approximate Analogical Reasoning Approach based on
% Similarity Measure is presented in this function. Set of rules
%
www.eeworm.com/read/113071/6142045
java xamdataaccessorxml.java
import java.io.*;
import java.util.*;
/** TestEdit Load/Save model - XML version.
* Not written yet, but at least I thought of it. :-)
* DOM will probably be a good approach here.
*/
public class
www.eeworm.com/read/349590/6291669
m aplatest.m
function [k,var] = aplatest(x,P)
% Estimation of All-Pole lattice parameters using LS Forward/Backward
% error minimization using Burg approach
% [k,var] = aplatest(x,P)
% Inputs:
% x : signa
www.eeworm.com/read/331502/6327328
m bispecdx.m
function [Bspec,waxis] = ...
bispecdx (x, y, z, nfft, wind, nsamp, overlap,plotflag)
%BISPECDX Cross-Bispectrum estimation using the direct (fft-based) approach.
% [Bspec,waxis] = bispecdx (x,y
www.eeworm.com/read/479763/6678365
m bispecdx.m
function [Bspec,waxis] = ...
bispecdx (x, y, z, nfft, wind, nsamp, overlap,plotflag)
%BISPECDX Cross-Bispectrum estimation using the direct (fft-based) approach.
% [Bspec,waxis] = bispecdx (x,y
www.eeworm.com/read/158149/11641770
m bispecdx.m
function [Bspec,waxis] = ...
bispecdx (x, y, z, nfft, wind, nsamp, overlap,plotflag)
%BISPECDX Cross-Bispectrum estimation using the direct (fft-based) approach.
% [Bspec,waxis] = bispecdx (x,y
www.eeworm.com/read/158100/11643514
m aplatest.m
function [k,var] = aplatest(x,P)
% Estimation of All-Pole lattice parameters using LS Forward/Backward
% error minimization using Burg approach
% [k,var] = aplatest(x,P)
% Inputs:
% x : signa
www.eeworm.com/read/344239/11896335
java restaurant.java
//: concurrency/Restaurant.java
// The producer-consumer approach to task cooperation.
import java.util.concurrent.*;
import static net.mindview.util.Print.*;
class Meal {
private final int o
www.eeworm.com/read/234324/14115876
m bispecdx.m
function [Bspec,waxis] = ...
bispecdx (x, y, z, nfft, wind, nsamp, overlap,plotflag)
%BISPECDX Cross-Bispectrum estimation using the direct (fft-based) approach.
% [Bspec,waxis] = bispecdx (x,y
www.eeworm.com/read/233815/14133874
m blended_spectrum_bf.m
function [result] = blended_spectrum_bf(s,t,p)
%BLENDED_SPECTRUM_BF
% -Finds the contiguous subsequence match count between strings s and t
% by using a brute-force approach, for all su