代码搜索：Mathworks
找到约 4,523 项符合「Mathworks」的源代码
代码结果 4,523
www.eeworm.com/read/216045/15028235
m flxor.m
function z = flxor(x,y)
%FLXOR Perform integer exclusive OR (XOR) computation.
%
%WARNING: This is an obsolete function and may be removed in the future.
% Please use BITXOR instead.
%
www.eeworm.com/read/215981/15031407
m rands.m
function [w,b] = rands(s,r)
%RANDS Symmetric random generator.
%
% [W,B] = RANDS(S,R)
% S - Number of rows (neurons).
% R - Number of columns (inputs).
% Returns
% W - SxR (weight) matri
www.eeworm.com/read/163565/5509717
m flxor.m
function z = flxor(x,y)
%FLXOR Perform integer exclusive OR (XOR) computation.
%
%WARNING: This is an obsolete function and may be removed in the future.
% Please use BITXOR instead.
%
www.eeworm.com/read/476016/6772612
m rands.m
function [w,b] = rands(s,r)
%RANDS Symmetric random generator.
%
% [W,B] = RANDS(S,R)
% S - Number of rows (neurons).
% R - Number of columns (inputs).
% Returns
% W - SxR (weight) matri
www.eeworm.com/read/294886/8195996
m rands.m
function [w,b] = rands(s,r)
%RANDS Symmetric random generator.
%
% [W,B] = RANDS(S,R)
% S - Number of rows (neurons).
% R - Number of columns (inputs).
% Returns
% W - SxR (weight) matri
www.eeworm.com/read/293183/8310860
m rands.m
function [w,b] = rands(s,r)
%RANDS Symmetric random generator.
%
% [W,B] = RANDS(S,R)
% S - Number of rows (neurons).
% R - Number of columns (inputs).
% Returns
% W - SxR (weight) matrix of va
www.eeworm.com/read/293183/8310867
m sumsqr.m
function s = sumsqr(a)
%SUMSQR Sum squared elements of matrix.
%
% SUMSQR(A)
% A - a matrix.
% Returns the sum of squared elements in A.
% Mark Beale, 1-31-92
% Copyright (c) 1992-94 by the MathWo
www.eeworm.com/read/293183/8310935
m randnr.m
function w = randnr(s,r)
%RANDNR Normalized row random generator.
%
% RANDNR(S,R)
% S - Size of neuron layer (# of rows).
% R - Number of inputs (# of columns).
% Returns an SxR weight matrix.
%
www.eeworm.com/read/172473/9706210
m readme.m
NUMERICAL METHODS: Matlab Programs
(c) 2004 by John H. Mathews and Kurtis D. Fink
Complementary Software to accompany the textbook
NUMERICAL METHODS: Using Matlab, Fourth Edition
ISBN: 0-13-06