Training augmentation using additive sensory noise in a lunar rover navigation task
SO Sherman, A Jonsen, Q Lewis… - Frontiers in …, 2023 - frontiersin.org
Background The uncertain environments of future space missions means that astronauts will
need to acquire new skills rapidly; thus, a non-invasive method to enhance learning of …
need to acquire new skills rapidly; thus, a non-invasive method to enhance learning of …
Trust in an Autonomous Guidance System and Resulting Behavior for a Planetary Rover Task
We examined how human operator trust in navigational assistance differed when the
assistance was human vs autonomous. As autonomy becomes ever more ubiquitous, it is …
assistance was human vs autonomous. As autonomy becomes ever more ubiquitous, it is …
OPEN ACCESS EDITED BY
R Ricci, MA Ghahraman, R Gammeri… - Brains in Space …, 2023 - books.google.com
Background: The uncertain environments of future space missions means that astronauts
will need to acquire new skills rapidly; thus, a non-invasive method to enhance learning of …
will need to acquire new skills rapidly; thus, a non-invasive method to enhance learning of …
Trust in an autonomous guidance system for a planetary rover task
J Voros, J McGinley, S McGuire… - 2020 IEEE …, 2020 - ieeexplore.ieee.org
Crewed deep space missions will increasingly rely on collaborations between astronauts
and autonomous systems. Autonomous intelligent systems on board the spacecraft may …
and autonomous systems. Autonomous intelligent systems on board the spacecraft may …