IEEE Transactions on Systems Man and Cybernetics · 1984 · 41 citations · 0 references
EngineeringAerospace EngineeringExperimental PsychologyFlight DynamicsFlight MechanicsFlight SimulationMotion Sickness MitigationVestibular CompensationVestibular FunctionVestibular PhysiologyVestibular SystemFalse Detection ReductionFlightMotion Cues SuppressionReal-time Dynamics SimulationRoll MotionRoll Motion DynamicsSimulation Sickness MitigationVestibular System Modeling
When roll motion is simulated on a moving flight simulator, false cues are frequently perceived by the subject pilot that degrade the quality of the simulation. In order to reduce the false cues, an adaptive approach based on a real-time simulation of the subject's vestibular organs is suggested. This approach is compared both to a linear washout filter commonly used in moving base simulators and to a previous adaptive attempt to eliminate the false cues.