Building on our previous work, we demonstrate how it is possible to improve flight control of a MAV that experiences aerodynamic disturbances caused by objects on its path. Predictions based on low resolution depth images taken at a distance are incorporated into the flight control loop on the throttle channel as this is adjusted to target undisrupted level flight. We demonstrate that a statistically significant improvement (p << 0:001) is possible for some common obstacles such as boxes and steps, compared to using conventional feedback-only control. Our approach and results are encouraging toward more autonomous MAV exploration strategies.
- John Bartholomew, Andrew Calway, Walterio Mayol-Cuevas, Improving MAV Control by Predicting Aerodynamic Effects of Obstacles. IEEE/RSJ International Conference on Intelligent Robots and Systems. September 2015. [PDF]
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