代码搜索：Convolution
找到约 1,402 项符合「Convolution」的源代码
代码结果 1,402
www.eeworm.com/read/371404/2780205
m convwny.m
% Convolution of Root-Raised Cosine Pulses
function convnyq(alpha,action)
if nargin == 0 alpha = .5; end;
if isstr(alpha) alpha = str2num(alpha); end;
if (alpha>1) alpha = 1; end;
if (alpha
www.eeworm.com/read/147096/12585557
m convdeco.m
function [msg, exp, codd] = convdeco(code, tran_func, tran_prob, plot_flag);
%CONVDECO Decodes a convolution code using Viterbi algorithm.
% MSG = CONVDECO(CODE, TRAN_FUNC) decodes an encoded
www.eeworm.com/read/201202/15413579
sci symm_iconv.sci
function y = symm_iconv(sf,x)
// symm_iconv -- Symmetric Convolution Tool for Two-Scale Transform
// Usage
// y = iconv(sf,x)
// Inputs
// sf symmetric filter
// x 1-d signal
//
www.eeworm.com/read/108859/15573963
m convnum.m
function Y =convnum(x,y,dt,ty)
% CONVNUM Numerical convolution.
%
% Z = CONVNUM(X,Y,DT,TY) numerically convolves vectors X and Y
% DT = sampling interval (DEFAULT: DT = 1)
% TY = Numerical Inte
www.eeworm.com/read/108859/15573969
m clt.m
function [y1,y2] = clt(ty,n)
%CLT Gaussian approximation for repeated convolution.
%
% [YA,YG] = CLT(TY,N) Gaussian approximation for N repeated convolutions
% TY = 't' for conv of tri signals, '
www.eeworm.com/read/101557/15827132
m convdeco.m
function [msg, exp, codd] = convdeco(code, tran_func, tran_prob, plot_flag);
%CONVDECO Decodes a convolution code using Viterbi algorithm.
% MSG = CONVDECO(CODE, TRAN_FUNC) decodes an encoded
www.eeworm.com/read/433250/8537660
m time_shear.m
function y = time_shear(x, c)
% time_shear -- chirp convolution
%
% Usage
% y = time_shear(x, c)
%
% Inputs
% x signal vector, must have an odd length (to have a center point)
% c c
www.eeworm.com/read/424063/10502808
m viterbi.m
function [msg, expen, codd] = viterbi(code, tran_func, leng, tran_prob, plot_flag);
%VITERBI Convolution decode using Viterbi algorithm.
% MSG = VITERBI(CODE, TRAN_FUNC) uses Viterbi algorithm
www.eeworm.com/read/424063/10503753
m simviter.m
function [gen, B, C, D, N, K, M, n_std_sta] = simviter(gen);
%SIMVITER SIMULINK mask file to convert GEN into SIMULINK required parameters.
% TRAN_FUNC = SIMVITER(GEN) converts convolution str
www.eeworm.com/read/352445/10552149
m time_shear.m
function y = time_shear(x, c)
% time_shear -- chirp convolution
%
% Usage
% y = time_shear(x, c)
%
% Inputs
% x signal vector, must have an odd length (to have a center point)
% c c