代码搜索：Matrix
找到约 10,000 项符合「Matrix」的源代码
代码结果 10,000
www.eeworm.com/read/482049/6625743
m calclocalizationcrb.m
%function [stdevs, bound, F, avgNeighb] = calcLocalizationCRB( x, y, blinds, total, channelParam, measMade, d_thr)
% 这是一外国佬写的计算定位CRLB的程序
%OUTPUTS:
% stdevs: Bounds for the standard deviation of
www.eeworm.com/read/482049/6625757
m l2_distance.m
function d = L2_distance(a,b,df)
% L2_DISTANCE - computes Euclidean distance matrix
%
% E = L2_distance(A,B)
%
% A - (DxM) matrix
% B - (DxN) matrix
% df = 1, force diagonals to be ze
www.eeworm.com/read/481658/6636989
m l2_distance.m
function d = L2_distance(a,b,df)
% L2_DISTANCE - computes Euclidean distance matrix
%
% E = L2_distance(A,B)
%
% A - (DxM) matrix
% B - (DxN) matrix
% df = 1, force diagonals to be ze
www.eeworm.com/read/481249/6646410
c 逆矩阵.c
#define N 5 /*[注]：修改6为你所要的矩阵阶数*/
#include "stdio.h"
#include "conio.h"
/*js()函数用于计算行列式,通过递归算法实现*/
int js(s,n)
int s[][N],n;
{int z,j,k,r,total=0;
int b[N][N];/*b[N][N]用于存放，在矩阵s[
www.eeworm.com/read/481066/6657298
m anal2.m
function [E,Nc,mC,T] = anal2(M,D,st,s);
%
% Ph.D. Thesis
% Copyright by Leandro Nunes de Castro
% March, 2000
% Immune Network (iNet) - Description in iNet.doc
% Function determines the Minima
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txt kringing.txt
数值分析算法学习笔记之克里格插值及其实现2009-04-21 22:25克里格，或者说克里金插值Kriging。法国krige名字来的。
特点是线性，无偏，方差小，适用于空间分析。所以很适合地质学、气象学、地理学、制图学等。
相对于其他插值方法。主要缺点：由于他要依次考虑（这也是克里格插值的一般顺序）计算影响范围，考虑各向异性否，选择变异函数模型，计算变异函数值，求解权重系数矩阵，拟合 ...
www.eeworm.com/read/479763/6678390
m nlgen.m
function y = nlgen (x, h, q)
%NLGEN generates the output of a second order Volterra system
% y = nlgen (x, h, q)
% y(n) = sum_{k} h(k) x(n-k) + sum_{k} sum_{l} q(k,l) x(n-k)x(n-l)
% the
www.eeworm.com/read/479619/6689309
java maincontrol.java
package bwchess;
/*人机对战策略：先设定一个权重，然后考虑最后得分时综合这个权重和下一步对手可以选择的余地，尽量使对手的选择余地小一点，留给他的地方坏一点*/
import javax.swing.*;
import java.awt.event.*;
import java.util.*;
import java.awt.*;
/*悔棋思路：设置
www.eeworm.com/read/479405/6694483
m mudd.m
% mudd.m
% Scope: This MATLAB macro computes the U-D factorization of a real
% symmetric, positive (semi)definite matrix by using the
% modified Cho
www.eeworm.com/read/479405/6694564
m mcud.m
% mcud.m
% Scope: This MATLAB macro computes the real symmetric matrix
% P = U*D*U**(Transpose), when its U-D factors are given, where U
% is