Complexity of Output Feedback Stabilization
Abstract¶
We show that unless P = NP, there cannot be a polynomial-time (or even pseudo-polynomial-time) algorithm for output feedback stabilization of a linear dynamical system with a linear controller. This settles one of the best-known open problems in control theory. The result holds in both continuous and discrete time. We also present a family of stabilizable linear dynamical systems for which no polynomial-time algorithm can write down a stabilizing controller in its standard representation.
Links¶
Knowledge Base
External
Similar Papers¶
1
73%
2
71%
3
70%
Formulas for Data-Driven Control: Stabilization, Optimality, and Robustness
Data-Driven LMI Control
4
70%
Fragility Analysis of Data-Driven Feedback Gains
Data-Driven Feedback Fragility Analysis
5
69%