Publication | Closed Access
Empowering Drones’ Teamwork with Airborne Network
10
Citations
14
References
2017
Year
Unknown Venue
Unified PlatformUnmanned Aircraft ControlEngineeringAerial RoboticsAerospace EngineeringUnmanned SystemSystems EngineeringFlying RobotUav TechnologyUnmanned VehicleUnmanned Aerial SystemsAir Vehicle SystemAirborne NetworkUnmanned Aerial Vehicles
We propose a unified platform for multiple unmanned aerial vehicles (UAV). Recently, the UAV technology has seen a great development. However, the capability of single drone1 is yet limited by its physical features. To better enhance the capability of drones, we have devised and implemented a fleet based multi-UAV platform. Our proposed platform consists of powerful network functions and enhanced control and sensing algorithms, so that a unified fleet control can be accomplished. Further, it provides a platform for applications that require multiple UAVs working together. The network functions of the proposed platform achieves a strong connectivity and robustness, and a precise relative and absolute localization enables a fleet based control system. With the help of core modules, the proposed platform achieves a well controlled fleet flight and network management.
| Year | Citations | |
|---|---|---|
Page 1
Page 1