代码搜索:Approximation
找到约 1,542 项符合「Approximation」的源代码
代码结果 1,542
www.eeworm.com/read/359900/10116804
m jpeg2im.m
function x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/418342/10952681
m jpeg2im.m
function x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/272471/10956594
m jpeg2im.m
function x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/417661/10981140
c sparsesvd_partialeig.c
/*
Finds a sparse rank-one approximation to a given symmetric matrix A, by solving the SDP
min_X lambda_max(A+X) : X = X', abs(X(i,j))
www.eeworm.com/read/437195/7753526
m jpeg2im.m
function x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/326135/13163212
m jpeg2im.m
function x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/303772/13809565
m gabmulappr.m
function sym=gabmulappr(T,p2,p3,p4,p5);
%GABMULMAT Best Approximation by a Gabor multiplier.
% Usage: sym=gabmulappr(T,a,M);
% sym=gabmulappr(T,g,a,M);
% sym=gabmulappr(T,ga,gs
www.eeworm.com/read/402842/11527072
m wave2_nla.m
function imrec = wave2_nla(im, wname, nlev, ncoefs, plotflag)
% WAVE2_NLA Non-linear approximation using 2-D wavelet transform
%
% imrec = wave2_nla(im, wname, nlev, ncoefs, [plotflag])
edge = 'per'
www.eeworm.com/read/340959/12118035
m jpeg2im.m
codefunction x = jpeg2im(y)
%JPEG2IM Decodes an IM2JPEG compressed image.
% X = JPEG2IM(Y) decodes compressed image Y, generating
% reconstructed approximation X. Y is a structure generated by
%
www.eeworm.com/read/250804/12384034
m del2_5pt.m
function [output]=del2_5pt(input,delx)
% DEL2_5PT ... compute the 5 point Laplacian
%
% [output]=del2_5pt(input,delx)
%
% DEL2_5PT computes the 5 point approximation to the laplacian operator of