代码搜索:ESTIMATION

找到约 3,786 项符合「ESTIMATION」的源代码

代码结果 3,786
www.eeworm.com/read/372037/9523928

m d_tder.m

%D_TDER HOSA Demo: Time-delay estimation using cross-correlation (tder) % echo off % A. Swami Oct 18, 1997. % Copyright (c) 1991-2001 by United Signals & Systems, Inc. % $Revision
www.eeworm.com/read/372037/9523946

m d_tde.m

%D_TDE HOSA Demo: Time Delay Estimation using cross-cumulant method (tde) echo off % A. Swami April 15, 1993 % Copyright (c) 1991-2001 by United Signals & Systems, Inc. % $Revision: 1.7
www.eeworm.com/read/372037/9523999

m tdeb.m

function [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, nsamp, overlap) %TDEB Time Delay Estimation using conventional bispectrum method. % [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, segsa
www.eeworm.com/read/372037/9524034

m maest.m

function bvec = maest(y,q, norder,samp_seg,overlap,flag) %MAEST MA parameter estimation via the GM-RCLS algorithm, with Tugnait's fix % bvec = maest (y, q, norder, samp_seg, overlap, flag) %
www.eeworm.com/read/175300/9553184

m maest.m

function bvec = maest(y,q, norder,samp_seg,overlap,flag) %MAEST MA parameter estimation via the GM-RCLS algorithm, with Tugnait's fix % bvec = maest (y, q, norder, samp_seg, overlap, flag) %
www.eeworm.com/read/175294/9553211

m tdeb.m

function [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, nsamp, overlap) %TDEB Time Delay Estimation using conventional bispectrum method. % [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, segsa
www.eeworm.com/read/174850/9571474

h mefunctions.h

/* * Header file for Motion Estimation and Compensation * */ #ifndef _MEFUN_H_ #define _MEFUN_H_ #include "../global.h" typedef uint32_t (sad16Func)(const uint8_t * const cur,
www.eeworm.com/read/168118/9938419

m gardnerexp.m

function gardnerexp(arg1,arg2,arg3,arg4,arg5) % gardnerexp(v,rho,z,tops,ztops) % % GARDNEREXP allows interactive estimation of the Gardner parameters % empirically linking density and instantaneous
www.eeworm.com/read/360995/10069856

m knn_optk.m

function k = knn_optk(D,d) %KNN_OPTK Optimization of k for the knndd % % k = knn_optk(D,d) % % Optimize the k for the knndd using leave-one-out density % estimation. D is the distance matrix of the or
www.eeworm.com/read/163929/10139506

m tdeb.m

function [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, nsamp, overlap) %TDEB Time Delay Estimation using conventional bispectrum method. % [delay,ctau] = tdeb (x,y, max_delay, nfft, wind, segsa