Journal of Bioresource Management · 2005 · 18 citations · 5 references
Open access
EngineeringAerospace EngineeringAutonomous SystemsAerial RoboticsConflict ResolutionUnmanned Aircraft SystemsAirspace IntegrationConflict MappingMission PlanningSense SystemsSense-and-avoid SystemsSituation AwarenessAirborne Collision AvoidanceAirborne OperationsAutonomous OperationsHuman Factors In Collision AvoidanceHuman-automation CollaborationHuman-in-the-loop Collision AvoidanceUnmanned Airspace Integration
Today’s crowded airspace burdens both the pilot and controller with a heavy workload pertaining to the maintenance of conflict-free flight. Conflict detection and resolution (CD&R) tools have become a key element in modern flight systems and future airspace concept simulations. In this paper we describe an automated resolution tool that was developed at NASA Ames Research Center as part of an experimental evaluation of the Distributed Air-Ground concept. The tool is based on an analysis of conflict geometry and was developed as an intent (i.e. flight plan) resolution system. A key simplifying concept used in the development of airborne automated resolutions is the notion of “Rules of the Road” - a set of rules that uniquely assigns responsibility for the mitigation of a conflict. This paper outlines the challenges in developing such an automated resolution tool, as well as the lessons learned and the limitations observed.
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Nancy H. Johnson, Riva Canton, Vernol Battiste et al. · Journal of Bioresource Management · 2005 · 10 citations · Full text
Engineering, Systems Engineering, Transportation Planning +10