Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure

Non-immersive VR environments are related to the least interactive application of VR techniques, such that interaction with the VR environment can occur commonly by 3D-TV without full immersion into the environment. This study presents how 3D-TV exposure combined with physiology recording can elicit...

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Autores principales:	Pedro J. Rosa, Filipe Luz, Roberto Júnior, Jorge Oliveira, Diogo Morais, Pedro Gamito
Formato:	article
Lenguaje:	EN ES
Publicado:	Universidad de San Buenaventura 2020
Materias:	Virtual Environment Physiology-Driven Emotion elicitation Cardiac Activity Fear of cockroaches Katsaridaphobia Psychology BF1-990
Acceso en línea:	https://doaj.org/article/d4842e99707e4fdca18b12d74018262b
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spelling	oai:doaj.org-article:d4842e99707e4fdca18b12d74018262b2021-11-25T02:21:26ZAdaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure10.21500/20112084.46702011-20842011-7922https://doaj.org/article/d4842e99707e4fdca18b12d74018262b2020-08-01T00:00:00Zhttps://revistas.usb.edu.co/index.php/IJPR/article/view/4670https://doaj.org/toc/2011-2084https://doaj.org/toc/2011-7922Non-immersive VR environments are related to the least interactive application of VR techniques, such that interaction with the VR environment can occur commonly by 3D-TV without full immersion into the environment. This study presents how 3D-TV exposure combined with physiology recording can elicit fear of cockroaches among individuals with different levels of fear. Thirty-six participants, set apart into three fear groups (low vs. moderate vs. high), were exposed to VR environment with cockroaches for 4 minutes while recording and using cardiac activity as input to the VR environment. Results revealed significant effects on self-report measures and heart rate between different fear groups. Moreover, participants with higher levels of fear were more likely to trigger cockroaches into the scenario due to their cardiac acceleration. Overall results suggest that our physiology-driven VR environment is valid for fear elicitation while having potential use in therapeutic domain. Pedro J. RosaFilipe LuzRoberto JúniorJorge OliveiraDiogo MoraisPedro GamitoUniversidad de San BuenaventuraarticleVirtual EnvironmentPhysiology-DrivenEmotion elicitationCardiac ActivityFear of cockroachesKatsaridaphobiaPsychologyBF1-990ENESInternational Journal of Psychological Research, Vol 13, Iss 2 (2020)
institution	DOAJ
collection	DOAJ
language	EN ES
topic	Virtual Environment Physiology-Driven Emotion elicitation Cardiac Activity Fear of cockroaches Katsaridaphobia Psychology BF1-990
spellingShingle	Virtual Environment Physiology-Driven Emotion elicitation Cardiac Activity Fear of cockroaches Katsaridaphobia Psychology BF1-990 Pedro J. Rosa Filipe Luz Roberto Júnior Jorge Oliveira Diogo Morais Pedro Gamito Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
description	Non-immersive VR environments are related to the least interactive application of VR techniques, such that interaction with the VR environment can occur commonly by 3D-TV without full immersion into the environment. This study presents how 3D-TV exposure combined with physiology recording can elicit fear of cockroaches among individuals with different levels of fear. Thirty-six participants, set apart into three fear groups (low vs. moderate vs. high), were exposed to VR environment with cockroaches for 4 minutes while recording and using cardiac activity as input to the VR environment. Results revealed significant effects on self-report measures and heart rate between different fear groups. Moreover, participants with higher levels of fear were more likely to trigger cockroaches into the scenario due to their cardiac acceleration. Overall results suggest that our physiology-driven VR environment is valid for fear elicitation while having potential use in therapeutic domain.
format	article
author	Pedro J. Rosa Filipe Luz Roberto Júnior Jorge Oliveira Diogo Morais Pedro Gamito
author_facet	Pedro J. Rosa Filipe Luz Roberto Júnior Jorge Oliveira Diogo Morais Pedro Gamito
author_sort	Pedro J. Rosa
title	Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
title_short	Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
title_full	Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
title_fullStr	Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
title_full_unstemmed	Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure
title_sort	adaptive non-immersive vr environment for eliciting fear of cockroaches: a physiology-driven approach combined with 3d-tv exposure
publisher	Universidad de San Buenaventura
publishDate	2020
url	https://doaj.org/article/d4842e99707e4fdca18b12d74018262b
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Adaptive Non-Immersive VR Environment for Eliciting Fear of Cockroaches: A Physiology-Driven Approach Combined with 3D-TV Exposure

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