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Miguel Angel Trujillo

2 accepted papers

2016

Experiments on coordinated motion of aerial robotic manipulators

ICRA 2016

In this paper a three layer control architecture for multiple aerial robotic manipulators is presented. The top layer, on the basis of the desired mission, determines the end-effector desired trajectory for each manipulator, while the middle layer is in charge of computing the motion references in o

Cited by 28SourceScholar
2016

Hybrid Visual Servoing With Hierarchical Task Composition for Aerial Manipulation

RA-L 2016

In this letter, a hybrid visual servoing with a hierarchical task-composition control framework is described for aerial manipulation, i.e., for the control of an aerial vehicle endowed with a robot arm. The proposed approach suitably combines into a unique hybrid-control framework the main benefits

Cited by 136SourceScholar