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The intelligent bionic unmanned system team relies on platforms such as the Key Laboratory of the Ministry of Education and the Artificial Intelligence Research Institute to carry …
COMPANY PROFILE
The intelligent bionic unmanned system team relies on platforms such as the Key Laboratory of the Ministry of Education and the Artificial Intelligence Research Institute to carry out scientific research work. Team members include 1 National Distinguished Young Scholar, 1 Ten Thousand Leader, 1 IEEE Fellow, 2 National Outstanding Young Scholars, and 1 Beijing Science and Technology Rising Star. He has published more than 100 papers in Automatica and IEEE Transactions, 5 academic monographs in Springer and other journals, authorized more than 40 national invention patents, 3 U.S. invention patents, and formulated 2 group standards. He has presided over more than 30 projects including the National Natural Science and Technology Outstanding Youth Project, the National Major Scientific Research Instrument Development Project, Key Projects, Outstanding Youth Projects, the Ministry of Science and Technology’s Key R&D Plan Projects, and the Beijing Outstanding Youth Project. He has won the first prize in natural science from the Ministry of Education, the first prize in natural science from Wu Wenjun in artificial intelligence, the first prize in natural science from the Chinese Society of Automation, and the first prize in the flapping wing category of the Overcoming Obstacles Unmanned System Challenge.
MAIN PRODUCTS
The bionic flapping-wing UAV is independently developed to imitate an eagle. It has the advantages of high bionics and strong concealment. It has functions such as autonomous cruise, autonomous obstacle avoidance, multi-aircraft collaboration, target recognition, tracking and positioning. It has important application prospects in patrol inspections, environmental monitoring, urban security and other fields.
The prototype is a micro-aircraft inspired by the flapping flight of beetles. It adopts a bi-wing bionic configuration and can achieve stable hovering flight. The whole machine weighs about 34 g, has a wingspan of 26 cm, a maximum lift of 41 g, and a flight time of about 5 minutes. In the future, it can be equipped with micro cameras and sensors for tasks such as reconnaissance, inspection and environmental monitoring in small spaces.