代码搜索:NREF

找到约 82 项符合「NREF」的源代码

代码结果 82
www.eeworm.com/read/147682/5728090

m asptmcfdadjlms.m

% [W,w,x,y,e,p,yF,feF] = asptmcfdadjlms(NC,W,x,xn,dn,yF,feF,S,SE,p,mu,b,c) % % Performs filtering and coefficient update using the % Multi Channel Frequency Domain Adjoint LMS (MCFDADJLMS)
www.eeworm.com/read/147682/5728111

m plot_anvc.m

% plot_anvc(w,p,s,e,a,b) % % Generates plots for evaluating an adaptive active % noise and vibration control problem. % % Input variables [Size]: % w : estimated impulse response [L x
www.eeworm.com/read/147682/5728155

m asptmcfdfxlms.m

% [W,w,x,y,e,p,yF,fxF] = asptmcfdfxlms(NC,W,x,xn,dn,yF,fxF,S,SE,p,mu,b,c) % % Performs filtering and coefficient update using the % Multi Channel Frequency Domain Filtered-x LMS (MCFDFXLMS)
www.eeworm.com/read/162614/5521792

c p8018.c

// { dg-do run } // prms-id: 8018 class RefCount { private: int nref; public: RefCount() : nref(0) {} ~RefCount() {} int nrefs() const { return nref; } int reference() { nref++;
www.eeworm.com/read/172010/9726812

m demoode45opts.m

function demoODE45opts(rtol,atol,nref) % demoODE45opts Integrate dy/dx = -y; y(0) = 1 with ode45 and options % % Synopsis: demoODE45opts % demoODE45opts(rtol) % demoODE45
www.eeworm.com/read/204177/15343573

m beam propagation.m

delta=0.01 ; lamda=0.86 ; npml=20 ; delz=0.13; nref=[3.24*ones(120,1);3.6*ones(20,1);3.24*ones(120,1)] ; %plot(abs(V0(:,238))) nsize=size(nref) ; N=nsize(1) ; ndia=eye(N,N) ; [V0,d0,neff0
www.eeworm.com/read/204172/15343626

m fdmtm.m

function[V,neff] =fdmtm(nref,delta,lamda,npml) % define constants nsize=size(nref) ; kmag=2*pi/lamda ; permitivity=nref.^2 ; jone=complex(0,1) ; % define PML s=ones(nsize(1),1) ; for i=1:
www.eeworm.com/read/456353/7351521

htm opt_refrindx.htm

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www.eeworm.com/read/147682/5728070

m init_mcfdadjlms.m

% [NB,W,w,x,y,d,e,p,S,SE,yF,feF] = init_mcfdadjlms(NC,NL,Nref,Nact,Nsens,s,se,w0,xn0,d0) % % Creates and initializes the variables required for the % Multi-Channel Frequency Domain Adjoint
www.eeworm.com/read/147682/5728118

m init_mcfdfxlms.m

% [NB,W,w,x,y,d,e,p,S,SE,yF,fxF] = init_mcfdfxlms(NC,NL,Nref,Nact,Nsens,s,se,w0,xn0,d0) % % Creates and initializes the variables required for the % Multi-channel Frequency Domain Filtered