Online Risk-based Supervisory Maneuvering Guidance for Small Unmanned Aircraft Systems

Scott Xian Fang, Luc Rolland, Siu O'Young

Research output: Contribution to journalArticle

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Abstract

To achieve a level of safety equivalent to manned aircraft in the national airspace system, the pilot-in-command of small unmanned aircraft systems should be able to maintain situational awareness and make necessary maneuvers to avoid potential conflicts with nearby air traffic during mid-air encounters. However, due to ever-changing flight environments, the pilot-in-command often mis-estimates collision risks and cannot engage appropriate maneuvers to prevent mid-air traffic from violating the safety boundaries of small unmanned aircraft systems. To fix this problem, an online risk-based supervisory maneuvering guidance method is therefore designed and developed in this paper to quantitatively assess mid-air collision risks and provide online mitigation solutions for detect-and-avoid systems to help the pilot-in-command identify hazards and trigger avoidance maneuvers before a safety boundary violation occurs.
Original languageEnglish
JournalJournal of Guidance, Control, and Dynamics
Volume41
Issue number12
DOIs
Publication statusPublished - 20 Sep 2018

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unmanned aircraft systems
maneuvers
commands
air traffic
Guidance
Aircraft
safety
aircraft
midair collisions
National Airspace System
Safety
Air
collision
situational awareness
Collision
avoidance
Traffic
air
encounters
fixing

Cite this

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title = "Online Risk-based Supervisory Maneuvering Guidance for Small Unmanned Aircraft Systems",
abstract = "To achieve a level of safety equivalent to manned aircraft in the national airspace system, the pilot-in-command of small unmanned aircraft systems should be able to maintain situational awareness and make necessary maneuvers to avoid potential conflicts with nearby air traffic during mid-air encounters. However, due to ever-changing flight environments, the pilot-in-command often mis-estimates collision risks and cannot engage appropriate maneuvers to prevent mid-air traffic from violating the safety boundaries of small unmanned aircraft systems. To fix this problem, an online risk-based supervisory maneuvering guidance method is therefore designed and developed in this paper to quantitatively assess mid-air collision risks and provide online mitigation solutions for detect-and-avoid systems to help the pilot-in-command identify hazards and trigger avoidance maneuvers before a safety boundary violation occurs.",
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Online Risk-based Supervisory Maneuvering Guidance for Small Unmanned Aircraft Systems. / Fang, Scott Xian; Rolland, Luc; O'Young, Siu.

In: Journal of Guidance, Control, and Dynamics, Vol. 41, No. 12, 20.09.2018.

Research output: Contribution to journalArticle

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AU - O'Young, Siu

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