Effects of 36 hours of sleep deprivation on military-related tasks: Can ammonium inhalants maintain performance?

Jan Maleček Dan Omcirk Kateřina SkálováJan PádeckýMartin Tino JanikovMichael ObrtelMichal JonášDavid KolářVladimír MichaličkaKarel SýkoraMichal VagnerLubomír PřívětivýTomáš Větrovský Zdeňka Bendová Vít TřebickýJames J Tufano

Published in: PloS one (2023)

Although there were detrimental effects of TSD, the usage of AI did not reduce those adverse effects. However, regardless of TSD, AI did result in a short-term increase in HR, improved SRT without affecting the number of errors, and improved JH while concurrently decreasing the RPE. No changes, yet, were observed in SA and DAS. These results suggest that AI could potentially be useful in some military scenarios, regardless of sleep deprivation.

Keyphrases

artificial intelligence
sleep quality
physical activity
posttraumatic stress disorder
climate change
machine learning
deep learning
working memory
disease activity
rheumatoid arthritis
emergency department