麻省理工学院工程师与AI一起建造了一个大黄蜂规模的飞行机器人, 它在敏捷和速度上优于无人机, 能够在灾害地区使用。 MIT engineers built a bumblebee-sized flying robot with AI that outperforms drones in agility and speed, enabling use in disaster zones.

麻省理工学院工程师发明了一只小黄蜂大小的微机器人,它以类似的速度和敏捷性飞翔,使用扇动翅膀和AI动力控制系统。 MIT engineers have created a bumblebee-sized microrobot that flies with comparable speed and agility, using flapping wings and an AI-powered control system. 这个机器人小于一个纸板, 它在11秒内 进行10度的复杂操作, 甚至在风中。 Weighing less than a paperclip, the robot performs complex maneuvers like 10 somersaults in 11 seconds, even in wind. 由两部分组成的AI框架加快了450%的速度,加速了250%,使得能够实时应对骚乱。 A two-part AI framework boosts its speed by 450% and acceleration by 250%, enabling real-time responses to disturbances. 该研究发表在《科学进步》上,提高了这类机器人在无人机失灵的灾害区或密集环境中作业的潜力。 The research, published in Science Advances, advances the potential for such robots to operate in disaster zones or dense environments where drones fail.