代码搜索：sparse
找到约 3,324 项符合「sparse」的源代码
代码结果 3,324
www.eeworm.com/read/386197/8762057
m ldpc_decode_logforofdm.m
function [x_hat,success,kk]=ldpc_decode_logforOFDM(r,sigma,H)
[ii,jj,sH]=find(H);
[M,N]=size(H);afam=sparse(M,1);
indx=sub2ind(size(H),ii,jj);
lamta_n0=2*r./sigma/sigma*0.8862;lamta_n=lamta_n0;%*0
www.eeworm.com/read/385805/8788219
m make.m
% This make.m is used under Windows
mex -O -c svm.cpp
mex -O -c svm_model_matlab.c
mex -O svmtrain.c svm.obj svm_model_matlab.obj
mex -O svmpredict.c svm.obj svm_model_matlab.obj
mex -O read_sp
www.eeworm.com/read/384940/8828041
m fxcall.m
function Fxcall(a)
global DAE Settings Wind
if ~a.n, return, end
omega_m = DAE.x(a.omega_m);
theta_p = DAE.x(a.theta_p);
idr = DAE.x(a.idr);
iqr = DAE.x(a.iqr);
vw = DAE.x(getidx(Wind,a.wind));
rho
www.eeworm.com/read/384940/8828049
m gcall.m
function gcall(a)
global DAE
if ~a.n, return, end
omega_m = DAE.x(a.omega_m);
idr = DAE.x(a.idr);
iqr = DAE.x(a.iqr);
V = DAE.y(a.vbus);
t = DAE.y(a.bus);
st = sin(t);
ct = cos(t);
rs = a.con(:,6
www.eeworm.com/read/384940/8828237
m bdmatrix.m
function bdmatrix(a)
global LA DAE
LA.b_statcom = [];
LA.d_statcom = [];
if ~a.n
fm_disp('* * * No Statcom device found')
return
end
Fu = sparse(DAE.n,a.n);
Gu = sparse(a.vref,1:a.n,a.u,D
www.eeworm.com/read/384940/8828419
m bdmatrix.m
function bdmatrix(a)
global LA DAE
LA.b_hvdc = [];
LA.d_hvdc = [];
if ~a.n
fm_disp('* * * No HVDC device found')
return
end
iyr = 1:2:2*a.n;
iyi = 2:2:2*a.n;
uI = a.u.*a.dat(:,9);
uP = a
www.eeworm.com/read/384940/8828590
m bdmatrix.m
function bdmatrix(a)
global LA DAE
LA.b_sssc = [];
LA.d_sssc = [];
if ~a.n
fm_disp('* * * No SSSC device found')
return
end
iv = find(a.con(:,2) == 1); % index - operation mode V constan
www.eeworm.com/read/384940/8828622
m fxcall.m
function Fxcall(a)
global DAE Syn
if ~a.n, return, end
type = a.con(:,2);
ty1 = find(type == 1);
ty2 = find(type == 2 | type == 4);
ty3 = find(type == 3 | type == 5);
tya = find(type > 1);
tyb = fi
www.eeworm.com/read/384940/8829417
m fm_opfsdr.m
function fm_opfsdr
%FM_OPFSDR solve the OPF-based electricity market problem by means of
% an Interior Point Method with a Merhotra Predictor-Corrector
% or Newton direction techniq
www.eeworm.com/read/384940/8829742
m fxcall.m
function Fxcall(a)
global DAE Settings Wind
if ~a.n, return, end
omega_m = DAE.x(a.omega_m);
theta_p = DAE.x(a.theta_p);
iqs = DAE.x(a.iqs);
idc = DAE.x(a.idc);
vw = DAE.x(getidx(Wind,a.wind));
rho