Unmanned aerial vehicles are quickly becoming a significant and permanent feature in today's world of aviation. Amongst the various types of UAVs, a popular type is the quadcopter. Also referred to as a quadrotor, this rotor craft's defining feature is that it has four propellers. While its use is common in the hobbyist community, this aircraft's use within industry is blooming.
Presented are the efforts to design and implement a controller for a BeagleBone based quadcopter. As part of this effort, characteristics of the quadcopter were experimentally determined. These characteristics consist of physical properties of the quadcopter, such as the moments of inertia, the motor performance characteristics, and variance within its sensors. A model was then created and implemented within a MATLAB environment to simulate the flight of the quadcopter. With a simulated environment created, a controller was designed to control the flight of the quadcopter and a Kalman Filter was implemented to filter a sensor input. These designs were then verified in the simulated environment.
|Commitee:||Fisher, David, Yoder, Mark|
|School:||Rose Hulman Institute of Technology|
|School Location:||United States -- Indiana|
|Source:||MAI 55/06M(E), Masters Abstracts International|
|Subjects:||Aerospace engineering, Mechanical engineering, Robotics|
|Keywords:||BeagleBone, Controls engineering, Kalman filter, Quadcopter, Unmanned aerial vehicles|
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