@article{ref1,
title="Toward human-autonomy teaming in single-pilot operations: domain analysis and requirements",
journal="Journal of air transportation (Reston, Va.)",
year="2021",
author="Tokadlı, Güliz and Dorneich, Michael C. and Matessa, Michael",
volume="29",
number="4",
pages="142-152",
abstract="This paper aims to systematically analyze the needs for single-pilot and reduced crew operations in commercial air transportation, and to develop human-autonomy teaming requirements to support future operations. In reduced crew operations, the pilot-flying operates the flight alone in the cockpit while the pilot-not-flying rests outside of the cockpit unless needed in high-workload situations. In single-pilot operations, there is only one pilot onboard to manage the flight. Many of the functions performed by the second pilot in dual-pilot operations would be replaced with an autonomous teammate. These increasingly autonomous systems will have capabilities that require it to be treated more like a member of the crew. Enhanced ground support will also support these flights. The transition from dual-pilot to single-pilot operations will require the redesign of the roles and responsibilities of the air and ground crew, crew resource management, function allocation, human-autonomy teaming, and procedures for normal and off-nominal situations. Document analysis, subject-matter-expert interviews, and pilot evaluations were conducted to analyze and compare concepts of operation, develop domain knowledge models, and develop human-autonomy teaming requirements to support pilot decision making and operations.<p /> <p>Language: en</p>",
language="en",
issn="2380-9450",
doi="10.2514/1.D0240",
url="http://dx.doi.org/10.2514/1.D0240"
}