Attitude measurement by artificial vision

The recent development of light and low-cost airborne platforms (microlight, drones, kites, balloons,.. ) has led to the need for simple and low-cost devices allowing attitude measurement with respect to a reference horizon of the platform itself or of an embedded setting. A theoretical study of the...

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Published in:Measurement science & technology 2006-01, Vol.17 (1), p.101-110
Main Authors: Truchetet, F, Aubreton, O, Gorria, P, Laligant, O
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creator Truchetet, F
Aubreton, O
Gorria, P
Laligant, O
description The recent development of light and low-cost airborne platforms (microlight, drones, kites, balloons,.. ) has led to the need for simple and low-cost devices allowing attitude measurement with respect to a reference horizon of the platform itself or of an embedded setting. A theoretical study of the conditions for measuring attitude angles from artificial vision is proposed and an original practical algorithm allowing these measurements to be performed in real time is described. An implementation in a CMOS retina circuit is also presented. These points are illustrated by experiments confirming the feasibility of the device.
doi_str_mv 10.1088/0957-0233/17/1/017
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title Attitude measurement by artificial vision
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