2007•Computer Engineering and Applications JournalRequires access

Information fusion algorithm and implementation of strap-down attitude and heading reference system

Luo Pei

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Abstract

The small unmanned helicopter often works at especial conditions,so it is necessary to control the attitude of motion.The original attitude information for control system is supplied by all sorts of inertia measure unit.With this measured data,information fusion algorithm is able to design a high precision Attitude and Heading Reference System.Therefore it can accord with the control system demand.The algorithm has been embedded in the attitude control system of a small unmanned helicopter.

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What this paper is about

The small unmanned helicopter often works at especial conditions,so it is necessary to control the attitude of motion.The original attitude information for control system is supplied by all sorts of inertia measure unit.With this measured data,information fusion algorithm is able to design a high precision Attitude and Heading Reference System.Therefore it can accord with the control system demand.The algorithm has been embedded in the attitude control system of a small unmanned helicopter.

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Available abstract

The small unmanned helicopter often works at especial conditions,so it is necessary to control the attitude of motion.The original attitude information for control system is supplied by all sorts of inertia measure unit.With this measured data,information fusion algorithm is able to design a high precision Attitude and Heading Reference System.Therefore it can accord with the control system demand.The algorithm has been embedded in the attitude control system of a small unmanned helicopter.

Key concepts: Heading (navigation), Attitude and heading reference system, Computer science, Inertia, Control (management), Attitude control, Algorithm, Information fusion

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