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An At-Scale Tailless Flapping-Wing Hummingbird Robot. I. Design, Optimization, and Experimental Validation., , , и . IEEE Trans. Robotics, 36 (5): 1511-1525 (2020)From Control Model to Program: Investigating Robotic Aerial Vehicle Accidents with MAYDAY., , , , , , , , и . USENIX Security Symposium, стр. 913-930. USENIX Association, (2020)A Dragonfly-inspired Flapping Wing Robot Mimicking Force Vector Control Approach., , , , и . ICRA, стр. 6029-6035. IEEE, (2024)Flight Recovery of MAVs with Compromised IMU., , , , и . IROS, стр. 3638-3644. IEEE, (2019)Acting Is Seeing: Navigating Tight Space Using Flapping Wings., , , и . ICRA, стр. 95-101. IEEE, (2019)Learning Extreme Hummingbird Maneuvers on Flapping Wing Robots., , , и . ICRA, стр. 109-115. IEEE, (2019)Design optimization and system integration of robotic hummingbird., , , и . ICRA, стр. 5422-5428. IEEE, (2017)Geometric flight control of a hovering robotic hummingbird., , , и . ICRA, стр. 5415-5421. IEEE, (2017)RVFuzzer: Finding Input Validation Bugs in Robotic Vehicles through Control-Guided Testing., , , , , , , , и . USENIX Security Symposium, стр. 425-442. USENIX Association, (2019)Bio-Inspired Adversarial Attack Against Deep Neural Networks., , , , и . SafeAI@AAAI, том 2560 из CEUR Workshop Proceedings, стр. 1-5. CEUR-WS.org, (2020)