Learning Control of a Flight Simulator Stick

Velthuis, Wubbe J.R. and Vries de, Theo J.A. and Vrielink, Koen H.J. and Wierda, G.J. and Borghuis, André (1998) Learning Control of a Flight Simulator Stick. Journal A, 39 (3). pp. 29-34. ISSN 0771-1107

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Abstract:	Aimportant part of a flight simulator is its control loading system, which is the part that emulates the behaviour of an aircraft as experienced by the pilot through the stick. Such a system consists of a model of the aircraft that is to be simulated and a stick that is driven by an electric motor. To make the simulation as realistic as possible, the simulator stick should behave in the same way as the stick in the real aircraft. However, due to the properties of the motor and the stick, small irregularities can be felt when the stick is moved, which do not occur in a real aircraft. Probable causes of these irregularities are cogging in the motor and small imperfections in the transmission. Both disturbances have a reproducible nature. Because the disturbances are reproducible, feedback error learning control is used for control. The learning controller consists of two neural networks. One neural network is used to compensate the unknown friction and is operated in feed-forward. The other neural network compensates cogging and imperfections in the transmission and is operated in feedback. Experimental results showed that the learning controller is able to compensate the disturbances.
Item Type:	Article
Faculty:	Electrical Engineering, Mathematics and Computer Science (EEMCS)
Research Group:	Robotics and Mechatronics (CE)
Link to this item:	http://purl.utwente.nl/publications/78690
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