flying robots : the mav-lab

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1 AE - Control and Simulation – Micro Air Vehicle laboratory Flying Robots: the MAV- lab - Delfly: 3g, 10 cm, camera - Guinness book of records - Autonomous control indoor flight - NATO standard for flapping wing research - Endurance of MAVs (50cm >100km) - Swarming - Onboard vision & processing - High resolution imaging - Inner loop control - Human-machine interface - Autonomous navigation indoor / outdoor - Payload capabilities

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Flying Robots : the MAV-lab . - Delfly : 3g, 10 cm, camera - Guinness book of records - Autonomous control indoor flight - NATO standard for flapping wing research. - Endurance of MAVs (50cm >100km) - Swarming - Onboard vision & processing - High resolution imaging. Inner loop control - PowerPoint PPT Presentation

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Page 1: Flying Robots : the MAV-lab

1AE - Control and Simulation – Micro Air Vehicle laboratory

Flying Robots: the MAV-lab - Delfly: 3g, 10 cm, camera - Guinness book of records- Autonomous control indoor flight- NATO standard for flapping wing research- Endurance of MAVs (50cm

>100km)- Swarming- Onboard vision & processing- High resolution imaging- Inner loop control

- Human-machine interface- Autonomous navigation indoor / outdoor- Payload capabilities

Page 2: Flying Robots : the MAV-lab

2AE - Control and Simulation – Micro Air Vehicle laboratory

Mission & Scope, applicationsMissionWe aim to be the world’s best research laboratory in the area of autonomous Micro Air Vehicles.

ScopeWe work and collaborate on many aspects of MAV’s. Examples are AI, control, aerodynamics, micro-electronics, and sensor integration.

Applications- Safety, Security, Surveillance- Inspections (buildings, dikes, pipeline, forests,…)- Atmospheric data- High resolution 2D/3D Mapping

Page 3: Flying Robots : the MAV-lab

3AE - Control and Simulation – Micro Air Vehicle laboratory