| Expertise (EN) |
Control system design for automatic flight control systems and manual flight control systems; Definition and evaluation of handling qualities for manual flight control; Pilot induced oscillations; Mathematical models of aeroelestic aircraft responses; Non steady computational fluid dynamic methods for modelling and identification of aeroelastic aircraft; Responses to atmospheric turbulence; Aircraft parameter identification, flight path and state estimation, non steady tests for performance, handling qualities and control; Flight simulation technologies and flight simulation models; Motion cues in fligth simulation; Modelling and identification of the human vestibular and visual system; Causal safety models; air traffic management and free flight; Spacecraft guidance and control; Flight displays, the Tunnel in the Sky display; Ecological interfaces, intelligent interfaces; Star sensors for attitude estimation and control; Distributed, modular and real time simulation systems and software techniques; Object oriented methods in software engineering; Intelligent agents; Advanced procedures for environmentally friendly take off and landing procedures; Control reconfiguration; Non-linear controls; Fault detection and isolation; GPS for navigation and attitude estimation |
