代码搜索：M
找到约 10,000 项符合「M」的源代码
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www.eeworm.com/read/356084/3042417
m slowbeamtransab_m.m
% SlowBeamTransAB_m -- Slow Beamlet Transform, taking average at boundary
% Usage
% [E,L] = SlowBeamTransAB_m(img);
% Input
% img square image, n by n
% Outputs
% E beamle
www.eeworm.com/read/356084/3042420
m mincostpath_m.m
% MinCostPath -- Find the Minimum Cost Path
% Usage
% [Path,MinCost] = MinCostPath(v0,v1,VE,n);
% Inputs
% v0,v1 starting, ending vertices,
% 2-d array takes integral
www.eeworm.com/read/356084/3042466
m bestwedgeletpart_m.m
% BestWedgeletPartition -- Calculate the Best Wedgelet Partition of an image
% Usage
% [btree,vtree,stree] = BestWedgeletPartition(img,TW,lambda)
% Inputs
% img n*n image, n dyadic
% TW Wedge
www.eeworm.com/read/356084/3042483
m slowwedgetrans_m.m
% SlowWedgeTrans -- (very) slow wedgelet transform
% Usage
% W = SlowWedgeTrans(x)
% Inputs
% x n*n image, n dyadic
% Outputs
% W (4n)*(4n)*(log2(n)+1) array
%
%
%
% Part of
www.eeworm.com/read/474040/6828946
m conv_m.m
function [y,ny]=conv_m(x,nx,h,nh)
%Modified convolution routine for signal processing
%ny=support of y;
nyb=nx(1)+nh(1);
nye=nx(length(x))+nh(length(h));
ny=[nyb:nye];
y=conv(x,h);
www.eeworm.com/read/472548/6869866
m m_bicoher.m
function [waxis,Pyy,bic]=m_bicoher(y,nfft,wind,nsamp,overlap)
%estimates the bicoherence via the direct (fft) method
%parameter checks
[ly, nrecs] = size(y);
if (ly == 1) y = y(:); ly = nrecs;
www.eeworm.com/read/472548/6869869
m m_dretf.m
function [T,Y] = m_dreTF(drefun,vTimeRange,bidon_y0,rParam)
%discrete recursive ecuation solver for time/frequency plotting (y[n]=drefun(y[n-1]))
%ensure that y0 is a row vector
y0=zeros(1,length
www.eeworm.com/read/472548/6869872
m m_powerspec.m
function [waxis,Pyy]=m_powerspec(y,nfft,wind,nsamp,overlap)
%estimates the power spectrum with the same method as in bicoherence
%parameter checks
[ly, nrecs] = size(y);
if (ly == 1) y = y(:);
www.eeworm.com/read/472548/6869873
m m_dre.m
function m_dre(drefun,nbiter,y0,rParam)
%discrete recursive ecuation solver for attractor plotting (y[n]=drefun(y[n-1]))
Y=zeros(2,length(y0));
Y(1,:)=y0;
Y(2,:)=feval(drefun,y0,rParam);
ud.sto
www.eeworm.com/read/195450/8154601