Z. Liu and O. Stursberg, “Robust Point-to-Set Control of Hybrid Systems with Uncertainties Using Constraint Tightening.,” IFAC-PapersOnLine, vol. 53(2), pp. 6888–6894, 2020.



This paper proposes a solution to the problem of computing optimized point-to-set control strategies for hybrid systems with mixed inputs and uncertainties in the continuous-valued dynamics as well as the reset functions. The solution is based on the idea to account for the uncertainties by tightening the guard and invariant sets, and thus construct a substitute hybrid automaton with deterministic transition dynamics. It can be ensured that a solution for this new model also solves the problem for the original system, i.e. the latter is robustly transferred between initial point and target set.



 AUTHOR={Z. Liu and O. Stursberg},
 TITLE={{Robust Point-to-Set Control of Hybrid Systems with UncertaintiesUsing Constraint Tightening}},
 COMMENT={ID-Conf: 2797}}