Systems and control
Discrete-event, hybrid and hierarchical control
Discrete-event control systems, logic control, intelligent control; hybrid control theory; Hierarchical, decentralized and large-scale systems control.
Control of industrial, aerospace and automotive systems
Robust automotive and aerospace control systems, process control and manufacturing execution systems.
Nonlinear systems and optimal control
Geometric and algebraic nonlinear control, receding horizon and model predictive control, control of non-holonomic systems.
Robust control systems
H-infinity control, µ-synthesis, model validation, robust tunable control; control of retarded and neutral systems.
Stochastic and adaptive systems
Stochastic systems and control theory: filtering, estimation, optimization and adaptive control of stochastic systems.
Multisensor target tracking and data fusion methods
Multi-target tracking, pursuit evasion games, tracking of targets with low signal-to-noise ratio.
|Systems and control group members|
Peter E. Caines