Conference
Peer-reviewed research on micro aerial vehicles: how they sense, decide, fly and work together.
Research tracks
Autonomy, guidance and SLAM
Visual-inertial odometry, LiDAR mapping, GPS-denied state estimation and agile path planning.
Aerodynamics and novel airframes
Flapping wings, bio-inspired flight, tilt-rotors, lightweight structures and micro-propulsion.
Perception and onboard computing
Embedded deep learning, neuromorphic sensing, obstacle perception and object tracking.
Swarms and multi-vehicle systems
Distributed coordination, cooperative search, mesh communication and formation flight.
Control and disturbance rejection
Nonlinear and adaptive control, gust mitigation and fault-tolerant architectures.
Safety, airspace and applications
Disaster response, environmental monitoring, agriculture, inspection and UTM regulation.