Global self-optimizing control with active-set changes: A polynomial chaos approach

Lingjian Ye, Yi Cao, Shuanghua Yang

Abstract: Highlights•The global self-optimizing control problem is formulated and solved using the polynomial chaos-based approach.•The active-set change problem of self-optimizing control is handed by chance constraints.•A systematic solution strategy is presented to obtain the optimal global controlled variables.•Three case studies are investigated and solved with tractable numerical optimizations.