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function F = robustify_eq_conic(F_xw,Zmodel,x,w) if length(F_xw) == 0 F = []; return; else Ftemp = []; for i = 1:length(F_xw) Fi = sdpvar(F_xw(i)); if degree(

function F = robustify_sdp_conic(F_xw,Zmodel,x,w) if length(F_xw) == 0 F = []; return; else Ftemp = []; for i = 1:length(F_xw) Fi = sdpvar(F_xw(i)); if sum(de

% ex8_13 % 设计全阶观测器 a=[0 1;-4 -3]; b=[0 1]'; c=[1 0]; d=0; G=ss(a,b,c,d); f=qobsv(a,c); pp=real(eig(a))*10; syms p1 p2 s f11 f12 f21 f22 l1 l2; SD=subs((s-p1)*(s-p2),{p1,p2},{pp(1),pp(2)});

/****************************************************************************** * Fio.c File input output block, character or special. ***************************************************************

// ********************** BaseWind.h ********************** // // This header file contains the entire definition and // implementation of class BaseWindow. BaseWindow is an abstract // base class

// ********************** BaseWind.h ********************** // // This header file contains the entire definition and // implementation of class BaseWindow. BaseWindow is an abstract // base class

// ********************** BaseWind.h ********************** // // This header file contains the entire definition and // implementation of class BaseWindow. BaseWindow is an abstract // base class

//===================================== // sa2.cpp //===================================== #include"a1.h" #include"a3.h" static void f3(); //------------ int main(){ f1(); f2(); f3();

Build target 'ADuC816 Simulation' compiling main.c... compiling f_erase.c... compiling f_read.c... compiling f_size.c... compiling f_write.c... linking... Program Size: data=40.1 xdata=101 code=2238 "