Enhanced UAS Availability via Vehicle to Vehicle Routing Scaled Experiments
Enhanced UAS Availability via Vehicle to Vehicle Routing Scaled Experiments
- Neue Suche nach: Nicholas B Cramer
- Neue Suche nach: Chistopher Seruge
- Neue Suche nach: Gordon Keller
- Neue Suche nach: Richard Alena
- Neue Suche nach: Shon R Grabbe
- Neue Suche nach: Eleanor G. Rieffel
- Neue Suche nach: Nicholas B Cramer
- Neue Suche nach: Chistopher Seruge
- Neue Suche nach: Gordon Keller
- Neue Suche nach: Richard Alena
- Neue Suche nach: Shon R Grabbe
- Neue Suche nach: Eleanor G. Rieffel
The safe integration of modern unmanned aerial systems into the national airspace requires the ability to be able to confirm that the vehicles are working as planned. This means the availability of the vehicle and latency of the communication is critical. These requirements, along with a complex and multifaceted environment as well as the unmanned air traffic management framework, present a unique optimization problem. In this paper, we articulate our envisioned problem space and create a scaled-down version to test the functional feasibility of utilizing the vehicle to vehicle communication as a secondary communication assurance mechanism. We present our framework, experimental approach, and some lessons learned through the process.
Dokumentinformationen
Enhanced UAS Availability via Vehicle to Vehicle Routing Scaled Experiments
AIAA Aviation Forum ; 2020 ; Virtual, US
Aufsatz (Konferenz)
Keine Angabe
Englisch