代码搜索：Interference mitigation
找到约 900 项符合「Interference mitigation」的源代码
代码结果 900
www.eeworm.com/read/426674/9005081
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/382086/9050301
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/282677/9074997
m abod.m
function [w,var]=abod(M,Aj,as,a,ang,SL,D,K,q)
% aod:adaptive beamforming optimise design 自适应波束优化设计%
% M:array number
% Aj:manifold of interfenrence source,as:manifold of expectation signal,a:
% S
www.eeworm.com/read/282428/9094654
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/181851/9234413
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/373828/9433416
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/373828/9434186
c adaptpredict_pcm.c
//Adaptpredict_pcm.c Adaptive predictor to cancel interference
#define beta 1E-13 //rate of convergence
#define N 60 //# of coefficients of adapt FIR
#
www.eeworm.com/read/362152/10015490
m tonegen.m
function [y,code] = tonegen(digits, scale, yint)
%TONEGEN generate "mystery" signal containing tones
%-------
% Usage: [Y, C] = tonegen(D, S, Xint)
%
% D : vector of digits for a 5-
www.eeworm.com/read/362152/10015592
m genint.m
function yint = genint(N)
%GENINT generate interference for TONE GENERATOR mystery signal
%------
% Usage: Y = genint(N)
%
% N : signal length of the interference
% Y : output sig
www.eeworm.com/read/362152/10015626
m tonegen.m
function [y,code] = tonegen(digits, scale, yint)
%TONEGEN generate "mystery" signal containing tones
%-------
% Usage: [Y, C] = tonegen(D, S, Xint)
%
% D : vector of digits for a 5-