Learning everyday multitasking activities-An online survey about people's experiences and opinions.

Multitasking (MT)-performing more than one task at a time-has become ubiquitous in everyday life. Understanding of how MT is learned could enable optimizing learning regimes for tasks and occupations that necessitate frequent MT. Previous research has distinguished between MT learning regimes in whi...

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Main Authors: Aina Digaeva, Daniel T Bishop, Andre J Szameitat
Format: Article
Language:English
Published: Public Library of Science (PLoS) 2024-01-01
Series:PLoS ONE
Online Access:https://doi.org/10.1371/journal.pone.0312749
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author Aina Digaeva
Daniel T Bishop
Andre J Szameitat
author_facet Aina Digaeva
Daniel T Bishop
Andre J Szameitat
author_sort Aina Digaeva
collection DOAJ
description Multitasking (MT)-performing more than one task at a time-has become ubiquitous in everyday life. Understanding of how MT is learned could enable optimizing learning regimes for tasks and occupations that necessitate frequent MT. Previous research has distinguished between MT learning regimes in which all tasks are learned in parallel, single-task (ST) learning regimes in which all tasks are learned individually, and mixed learning regimes (Mix) in which MT and ST regimes are mixed. Research using simple laboratory tasks has consistently shown that MT regimes are the most efficient-the so-called dual-task practice advantage. However, it is currently unclear which learning regimes are used in everyday life, and which regime people would prefer if given a choice. To answer these questions, 72 participants completed an online survey to describe their real-life experiences of MT learning (e.g., when learning to drive), their opinions about learning MT activities, and filled out the Multitasking Preference Inventory to assess polychronicity. Descriptive statistics showed that for everyday activities, particularly learning to drive, Mix regimes were both the most used and most preferred method, whereas MT regimes were the least preferred. A potential explanation is that everyday MT tasks are typically complex, and so people prefer to learn the individual tasks first, before combining the tasks into an MT learning regime. Preference to engage in MT, as assessed by the MPI, positively correlated (Pearson's r = .24) with preference for MT learning regimes, suggesting that individual differences in learning of complex everyday MT activities can be determined. In conclusion, everyday life multitasking activities such as learning to drive are mostly learned in Mix regimes, i.e. a combination of ST and MT training, and people's preference to learn such activities with MT regimes increases with their level of polychronicity.
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spelling doaj-art-eff873fff9a341798bdf626cca52b7352025-01-08T05:32:24ZengPublic Library of Science (PLoS)PLoS ONE1932-62032024-01-011912e031274910.1371/journal.pone.0312749Learning everyday multitasking activities-An online survey about people's experiences and opinions.Aina DigaevaDaniel T BishopAndre J SzameitatMultitasking (MT)-performing more than one task at a time-has become ubiquitous in everyday life. Understanding of how MT is learned could enable optimizing learning regimes for tasks and occupations that necessitate frequent MT. Previous research has distinguished between MT learning regimes in which all tasks are learned in parallel, single-task (ST) learning regimes in which all tasks are learned individually, and mixed learning regimes (Mix) in which MT and ST regimes are mixed. Research using simple laboratory tasks has consistently shown that MT regimes are the most efficient-the so-called dual-task practice advantage. However, it is currently unclear which learning regimes are used in everyday life, and which regime people would prefer if given a choice. To answer these questions, 72 participants completed an online survey to describe their real-life experiences of MT learning (e.g., when learning to drive), their opinions about learning MT activities, and filled out the Multitasking Preference Inventory to assess polychronicity. Descriptive statistics showed that for everyday activities, particularly learning to drive, Mix regimes were both the most used and most preferred method, whereas MT regimes were the least preferred. A potential explanation is that everyday MT tasks are typically complex, and so people prefer to learn the individual tasks first, before combining the tasks into an MT learning regime. Preference to engage in MT, as assessed by the MPI, positively correlated (Pearson's r = .24) with preference for MT learning regimes, suggesting that individual differences in learning of complex everyday MT activities can be determined. In conclusion, everyday life multitasking activities such as learning to drive are mostly learned in Mix regimes, i.e. a combination of ST and MT training, and people's preference to learn such activities with MT regimes increases with their level of polychronicity.https://doi.org/10.1371/journal.pone.0312749
spellingShingle Aina Digaeva
Daniel T Bishop
Andre J Szameitat
Learning everyday multitasking activities-An online survey about people's experiences and opinions.
PLoS ONE
title Learning everyday multitasking activities-An online survey about people's experiences and opinions.
title_full Learning everyday multitasking activities-An online survey about people's experiences and opinions.
title_fullStr Learning everyday multitasking activities-An online survey about people's experiences and opinions.
title_full_unstemmed Learning everyday multitasking activities-An online survey about people's experiences and opinions.
title_short Learning everyday multitasking activities-An online survey about people's experiences and opinions.
title_sort learning everyday multitasking activities an online survey about people s experiences and opinions
url https://doi.org/10.1371/journal.pone.0312749
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