Jun 20, 2011 · We present algebraic conditions on the trajectory of a dynamical system to approximately describe a certain type of system robustness.

Nov 2, 2011 · Robustness is ensured by requiring the disturbance parameters to stay sufficiently far away from critical manifolds in the disturbance parameter ...

Stability-Preserving Optimization in the Presence of Fast Disturbances. IEEE Trans. Autom. Control. 56(11): 2683-2687 (2011). [+][–]. 2000 – 2009. FAQ. see FAQ.

Disturbance parameter space (left), projection into design.. Stability-Preserving Optimization in the Presence of Fast Disturbances. Article. Full-text ...

The time for the solution of each optimization problem must be short enough to guarantee a sufficiently fast reaction to disturbances. ... presence of ...

Stability-Preserving Optimization in the Presence of Fast Disturbances · B. WirthJ. GerhardW. Marquardt. Engineering, Mathematics. IEEE Transactions on ...

Thus it is possible to robustly take into account state and output constraints in the presence of fast disturbances for the design of a nonlinear system.

Feb 4, 2005 · This paper extends a recently suggested approach for the steady-state process optimization with guaranteed robust stability and flexibility ...

Related papers. Stability-Preserving Optimization in the Presence of Fast Disturbances · Benedikt Wirth. IEEE Transactions on Automatic Control, 2000. download ...

This leads to suboptimal process operation, because the system is not re-optimized after a disturbance, until it has reached its new (suboptimal) steady state.