文章基本信息

标题：Multitasking with Information Technologies: Why Not Just Relax?
本地全文：下载
作者：Armel Quentin Tchanou ; Pierre-Majorique Leger ; Sylvain Senecal 等
期刊名称：AIS Transactions on Human-Computer Interaction
印刷版ISSN：1944-3900
出版年度：2021
卷号：13
期号：4
页码：369-406
DOI：10.17705/1thci.00154
语种：English
出版社：Association for Information Systems
摘要：Multitasking with information technology (IT) may impact how much pleasure people experience during hedonic activities, especially multisensory activities that involve touching, listening, and watching. However, past research on IT multitasking has primarily focused on utilitarian professional contexts. Drawing from dual-task-interference theory and flow theory, we address this gap by hypothesizing how multisensory characteristics positively influence the hedonic experience and how that effect deteriorates with IT-related multitasking. In addition, we examine how personality traits influence this moderating effect. We conducted a mixed-method laboratory experiment using explicit (self-reported) and implicit measures (electrodermal activity, automatic facial analysis, and electroencephalogram) to test our hypotheses. Participants listened to music while sitting on a high-fidelity vibro-kinetic armchair (one that generates vibrations and movement perfectly aligned with the music) and engaged in simultaneous IT-related tasks. The results generally support our hypotheses and represent a call for people to mindfully avoid multitasking with their IT devices while enjoying hedonic activities. In addition, our results suggest that people high in extraversion or neuroticism personality traits are likely to be more vulnerable to IT-related deterioration effects in this context. This study contributes to explaining the multitasking phenomenon with IT during leisure activities and underlines the benefit of such activities’ sensory characteristics.
关键词：Multitasking;Hedonic Experience;Dual-task Interference;Vibro-kinetic;Multimethod;Electroencephalogram;EEG;Electrodermal Activity;Automatic Facial Analysis