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/390412/8466453
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/390322/8471195
m lec16mldemo1.m
% MIT 18.335 - Lecture 16 MATLAB Demo 1
% The Jacobi algorithm
% Per-Olof Persson, November 2, 2006
format long
% Create symmetric matrix A
n=5;
A0=randn(n,n); A0=A0+A0';
% Loop and apply
www.eeworm.com/read/290613/8472022
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/290607/8472120
m dh.m
%DH Matrix representation of manipulator kinematics
%
% The original robot toolbox functions used a DH matrix to describes the
% kinematics of a manipulator in a general way.
%
% For an n-axis manipul
www.eeworm.com/read/290607/8472145
m dyn.m
%DYN Matrix representation of manipulator kinematics and dynamics
%
% The original robot toolbox functions used a DYN matrix to describes the
% kinematics and dynamics of a manipulator in a general wa
www.eeworm.com/read/189135/8489548
m nested_dissection.m
function perm=nested_dissection(A)
% A is the adjacency matrix which must be renumbered
% A is sparse and symmetric
% The output perm is a permutation array which defines the
% renumbering
% The ne
www.eeworm.com/read/290273/8492039
txt id3algorithm(c).txt
[综合]ID3算法源程序(C语言)
网上资源, 软件技术, 电脑与网络, 科学研究
薛 峰 发表于 2005-3-25 15:43:53
PROTO.H
NEGENTROPY negentropy ( REAL **, UINT, NODE*, UINT );
void print_tree ( NODE* , CHAR** );
void free_tree ( N
www.eeworm.com/read/389832/8496559
m losstest.m
% MATLAB function losstest.m checks out whether
% or not a Q-port network is lossless. For that
% purpose, the network's Q-by-Q scattering matrix, S,
% must be specified.
% Invocation of function
www.eeworm.com/read/389692/8507154
m evalfis.m
function [output,IRR,ORR,ARR] = evalfis(input, fis, numofpoints);
% EVALFIS Perform fuzzy inference calculations.
%
% Y = EVALFIS(U,FIS) simulates the Fuzzy Inference System FIS for the
%
www.eeworm.com/read/289837/8523780
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