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NASA NTRS · 20190001062

UAS Integration into the NAS: HSI Full Mission Simulation Analysis by Input Method

Shively, Jay·Fern, Lisa·Rorie, Conrad
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Abstract

The goal of the Full Mission Sim was to examine the effects of different command and control interfaces on UAS pilots' ability to respond to ATC commands and traffic advisories. Results suggest that higher levels of automation (i.e., waypoint-to-waypoint control interfaces) lead to longer initial response times and longer edit times. The findings demonstrate the importance of providing pilots with interfaces that facilitate their ability to get back 'in the loop.'

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Shively, Jay, Fern, Lisa, Rorie, Conrad. 2014-05-20. UAS Integration into the NAS: HSI Full Mission Simulation Analysis by Input Method. https://ntrs.nasa.gov/citations/20190001062

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NASA NTRS2014

UAS Integration into the NAS: HSI Full Mission Simulation Preliminary Results

The goal of the Full Mission Sim was to examine the effects of different command and control interfaces on UAS pilots' ability to respond to ATC commands and traffic advisories. Results suggest that higher levels of automation (i.e., waypoint-to-waypoint control interfaces) lead to longer initial response times and longer edit times. The findings demonstrate the importance of providing pilots with interfaces that facilitate their ability to get back "in the loop."

ground control stations↗