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An Insect-Scale Bioinspired Flapping-Wing-Mechanism for Micro Aerial Vehicle Development.

, , , , and . Living Machines, volume 10384 of Lecture Notes in Computer Science, page 589-594. Springer, (2017)

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Simulating Flapping Wing Mechanisms Inspired by the Manduca sexta Hawkmoth., , , , , and . Living Machines, volume 10928 of Lecture Notes in Computer Science, page 326-337. Springer, (2018)Maintaining odor tracking behavior using an established tracking direction in a dynamic wind environment., , , and . ICRA, page 5105-5110. IEEE, (2012)An Insect-Scale Bioinspired Flapping-Wing-Mechanism for Micro Aerial Vehicle Development., , , , and . Living Machines, volume 10384 of Lecture Notes in Computer Science, page 589-594. Springer, (2017)Biologically inspired self-motion estimation using the fusion of airspeed and optical flow., , and . ACC, page 1-6. IEEE, (2006)Manufacturing Artificial Wings Based on the Manduca sexta Hawkmoth., , , , , and . Living Machines, volume 11556 of Lecture Notes in Computer Science, page 266-276. Springer, (2019)A Sensor Fusion Approach to Odor Source Localization Inspired by the Pheromone Tracking Behavior of Moths., , and . ICRA, page 4873-4878. IEEE, (2007)Simulated Odor Tracking in a Plane Normal to the Wind Direction., , and . ICRA, page 2047-2052. IEEE, (2006)A Robotic Platform for Testing Moth-inspired Plume Tracking Strategies., , , , and . ICRA, page 3319-3324. IEEE, (2004)Adaptive Control of Odor-Guided Locomotion: Behavioral Flexibility as an Antidote to Environmental Unpredictability1., and . Adaptive Behaviour, 4 (3-4): 217-253 (1996)Egomotion estimation with optic flow and air velocity sensors., , , and . Biol. Cybern., 104 (6): 351-367 (2011)