An autonomous or uninhibited system is a robot with little to no interference from humans—it reacts to situations as a human would. Systems that are autonomous are efficient, improve safety, reduce waste, and perform tasks to free up human time. Aside from the everyday tasks an autonomous system can do, extraordinary circumstances are improved too—like a robot that can fill up a satellite with a tank of gas.
Big commercial satellites are costly. They run out of fuel or malfunction or break down. They would like to be able to go up there and fix it, but nowadays it’s impossible.
Ou Ma Professor, Aerospace Engineering
Research Interests: Artificial intelligence in UAVs
Research Interests: UAV Aeroacoustics
Research Interests: Control Systems
Research Interests: UAV controls and detecting
Research Interests: Fault-tolerant autonomous systems
Research Interests: UAVs, robotics and decision making
513-556-2625
Research Interests: Human-robot interaction
Research Interests: Robotics and autonomous systems
Lab Website: Intelligent Robotics and Autonomous Systems Laboratory
Research Interests: Intelligent robotics
Research Interests: Digital controls, automation
Research Interests: UAV navigation without GPS
513-556-4058
Research Interests: Flight control, robotic models
August 12, 2020
UC aerospace engineering professor Kelly Cohen tells EdTech that unmanned aerial vehicles can be useful during a pandemic.
September 10, 2020
Engineering students at the University of Cincinnati are building tiny custom satellites to help scientists study some of the Earth’s most pressing environmental problems from space.