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Highlights from
Reliable and Roubst Design

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from Reliable and Roubst Design by Stuart Kozola
MATLAB Code used in the Jan 2008 Digest Article

suspnTable.html
fmincon Standard Form Suspension Problem (MATLAB m-code)
Objective min f(x) myCostFcn(x,simParms)
Design variables x x = [kf, cf, kr, cr]
Nonlinear constraints
c(x) <= 0
ceq(x) = 0
myNonlCon(x,simParms)
Linear constraints
A*x <= 0
Aeq*x = 0
A = []; % none for this problem
b = [];
Aeq = [Lf 0 -Lr 0]; % level car
beq = 0;
Bound constraints lb <= x <= ub
lb = [10000; 100; 10000; 100];
ub = [100000; 10000; 100000; 10000];

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