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Microautonomous Robotic Ostraciiform (MARCO): Hydrodynamics, Design, and Fabrication.

, , , and . IEEE Trans. Robotics, 24 (1): 105-117 (2008)

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An Electromagnetic Actuator for High-Frequency Flapping-Wing Microair Vehicles., , and . IEEE Trans. Robotics, 31 (2): 400-414 (2015)Multimodal sensor fusion for attitude estimation of micromechanical flying insects: A geometric approach., , , , and . IROS, page 3859-3864. IEEE, (2008)Editorial: Focused Areas and Future Trends of Bio-Inspired Robots Änalysis, Control, and Design for Bio-Inspired Robotics"., , , , , , and . J. Robotics Mechatronics, 24 (4): 559-560 (2012)The effect of chord-wise flexibility on the aerodynamic force generation of flapping wings: Experimental studies., , , and . ICRA, page 4207-4212. IEEE, (2009)Flying With Damaged Wings: The Effect on Flight Capacity and Bio-Inspired Coping Strategies of a Flapping Wing Robot., , , , and . IEEE Robotics Autom. Lett., 6 (2): 2114-2121 (2021)Near-hover dynamics and attitude stabilization of an insect model., and . ACC, page 39-44. IEEE, (2010)Enhancing K-16 Science Education with Augmented Reality: A Systematic Review of Literature from 2001 to 2020., , , and . iLRN, page 1-5. IEEE, (2022)Design optimization and system integration of robotic hummingbird., , , and . ICRA, page 5422-5428. IEEE, (2017)Geometric flight control of a hovering robotic hummingbird., , , and . ICRA, page 5415-5421. IEEE, (2017)Acting Is Seeing: Navigating Tight Space Using Flapping Wings., , , and . ICRA, page 95-101. IEEE, (2019)