Event Title
In-Orbit Magnetic Disturbance Compensation using Feed Forward Control in Nano-JASMINE Mission
Presentation Slides
Abstract
Nano-JASMINE is planned as a nano astrometry satellite at the ISSL lab, University of Tokyo in cooperation with the National Astronomical Observatory of Japan (NAOJ). This research presents the method for controlling the attitude using a feed forward controller. During Nano-JASMINE’s operation in space, magnetic disturbances are dominant and must be canceled to ensure astrometric observations and measurements. This paper concludes that the use of magnetic disturbance compensation is indispensable for the Nano-JASMINE mission and it demonstrates a useful method for achieving the strict attitude control demands for the nano-satellite.
In-Orbit Magnetic Disturbance Compensation using Feed Forward Control in Nano-JASMINE Mission
Nano-JASMINE is planned as a nano astrometry satellite at the ISSL lab, University of Tokyo in cooperation with the National Astronomical Observatory of Japan (NAOJ). This research presents the method for controlling the attitude using a feed forward controller. During Nano-JASMINE’s operation in space, magnetic disturbances are dominant and must be canceled to ensure astrometric observations and measurements. This paper concludes that the use of magnetic disturbance compensation is indispensable for the Nano-JASMINE mission and it demonstrates a useful method for achieving the strict attitude control demands for the nano-satellite.