Fault-Tolerant Solutions for Multirotor Unmanned Aerial Vehicles
, Associate Professor, University of San Andres
This poster presents a prototype of a multirotor UAV that can land with precision even under the effects of rotor failures. On one hand, the poster presents the fault detection and control algorithm to achieve a fault-tolerant hexarotor; on the other hand, the algorithms and implementation of vision-based navigation required to achieve a precision landing.