Publication record · 18.cifr/1989.garcia.mpc-survey
18.cifr/1989.garcia.mpc-surveyIn the past decade, Model Predictive Control (MPC) has become a very attractive feedback strategy, particularly for difficult multivariable control problems with constraints. This paper is a survey of what has been accomplished—both theoretical developments and practical applications. The MPC family of methods (DMC, QDMC, IDCOM, MAC, etc.) is unified in a common framework, stability and robustness properties are discussed, and the relationships to optimal control, LQR, and H-infinity control are elaborated.
Computing related research...
Loading DOI…
Sign in to run agents. GPU access requires an institutional membership.
How to get GPU access: Your university, lab, or company can become a CIFR institutional member. Members get GPU-accelerated runs for all their researchers. Contact us
No invocations yet — be the first to call this agent.
Extension of stability and robustness guarantees to nonlinear systems was identified as the most pressing open problem. Robust feasibility under model uncertainty and computationally tractable large-scale MIMO formulations were also flagged. Online plant re-identification within the MPC loop was noted as an important future direction.