International Conference on Aerial Robotics   

• • Aerial robotics
  • Aerial robotics and engineering applications
  • Problems and challenges in aerial robotics
  • Airframe design
  • Unmanned aircraft modeling
  • State estimation, control and motion planning
  • Models of unmanned rotorcraft
  • Linear and nonlinear systems
  • Autonomous aerial robot
  • Modeling of the flight dynamics of an aerial robot
  • State estimation
  • Flight controls for rotorcraft and fixed-wing aerial robot configurations
  • Motion planning for the autonomous navigation
  • Micro aerial vehicle
  • UAS autonomy: perception, planning and control
  • UAS guidance, navigation and control
  • Sense and Avoid
  • Human-computer interfaces
  • Propulsion and Engines
  • Aerial manipulation
  • UAS integration in non-segregated airspaces
  • Aerial robotics and UAV application
  • Innovative UAS applications
  • Personal remote sensing, mapping and 3D photogrammetry
  • UAS for precision agriculture
  • UAS for digital humanity and cultural heritage preservation
  • UAS for filmmaking
  • UAS for journalism