Predicting presence: Constructing the Tendency toward Presence Inventory

Thornson, Carol A.; Goldiez, Brian; Le, Huy

doi:10.1016/j.ijhcs.2008.08.006

Cited by 52 publications

(27 citation statements)

References 42 publications

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“…These include analyses about the influence of the individual's ability to engage in mental imagery in their sense of telepresence (e.g. Keng and Lin, 2006;Sas and O'Hare, 2003;Thornson et al, 2009;Weibel et al, 2011). Others (e.g.…”

Section: Introductionmentioning

confidence: 99%

Another look at ‘being there’ experiences in digital media: Exploring connections of telepresence with mental imagery

Rodríguez‐Ardura

Martínez–López

2014

Computers in Human Behavior

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Substantial multidisciplinary research has established foundational support for the consumer behaviour phenomenon that underlies the experience of telepresence within online social networks and other digital media products that provide hedonistic value. A review of major perspectives in this field provides justification of the important role mental imagery processes play in the phenomenon of telepresence. In line with this, we propose to extend existing approaches to mental imagery to reach the context of user experiences in digital media, and to theoretically connect telepresence with mental imagery. On this basis, and in conjunction with investigations bringing to light processes that intervene in the terrain of mental imagery, we present an integrative conceptual framework concerned with telepresence, and discuss the role of telepresence within a user's hedonistic usage of digital media products.2

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Section: Introductionmentioning

confidence: 99%

Another look at ‘being there’ experiences in digital media: Exploring connections of telepresence with mental imagery

Rodríguez‐Ardura

Martínez–López

2014

Computers in Human Behavior

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“…В частности, следует стремиться к тому, чтобы количество «внешних» ди-стракторов -событий реального окру-образом, что они полностью захваты-вают внимание человека и определя-ют его мышление и поведение. В этом случае говорят также о «пассивном ког-нитивном вовлечении» в деятельность (Thornson et al, 2009). Возникновение чувства присутствия может быть связано и с феноменами диссоциации -пере-живанием человеком «разрывов» в вос-приятии реальности .…”

Section: [ психология виртуальной реальности ]unclassified

“…Возникновение чувства присутствия и его интенсивность может также определяться преимущественно зрительным способом обработки ин-формации, а также предпочтительным использованием эгоцентрической пер-спективы . Важным фактором, определяющим чувство при-сутствия, является способность к кон-струированию ментальных моделей от-ношений между объектами внешней или виртуальной реальности (Thornson et al, 2009). Связь с присутствием пред-полагается для способности к рассужде-ниям, так как эта способность должна обеспечивать лучшее понимание вир-туальных сценариев .…”

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Psychological factors of the emerging sense of presence in virtual environments

Velichkovsky¹

2014

N.Psy.J.

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“…Different questionnaires have been developed to analyze presence and its components as a result of the exposure to a VE (Usoh, Catena, Arman, & Slater, 2000;Witmer & Singer, 1998;Schubert, Friedmann, & Regenbrecht, 1999;Kim & Biocca, 1997;Lessiter, Freeman, Keogh, & Davidoff, 2001;Lombard et al, 2000;Baños et al, 2000). Questionnaires have also been proposed to predict a person's tendency to experience the cognitive state of presence (Thornson, Goldiez, & Le, 2009). However, the use of questionnaires has received some criticism.…”

Section: Subjective Measuresmentioning

confidence: 99%

Breaks in Presence in Virtual Environments: An Analysis of Blood Flow Velocity Responses

Solaz

Parkhutik

Alcañíz

2011

Presence: Teleoperators and Virtual Environments

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One of the techniques used to monitor variations in presence during a virtual reality experience is the analysis of breaks in presence (BIPs). Previous studies have monitored peripheral physiological responses during BIPs in order to find a characteristic physiological response. In this work, blood flow velocity (BFV) in middle cerebral arteries (MCAs) has been monitored using transcranial Doppler ultrasound during the exposure to a virtual environment. Two BIPs of different intensity were forced during the virtual reality experience. Variations in BFV during each BIP and during the recovery periods that followed them have been analyzed. A decreasing trend was observed in BFV signal during the most intense BIP in most subjects. However, during the less intense BIP an oscillating behavior was observed. Significant differences have been found between the maximum percentage variations observed in each BIP. During the recovery periods, an increasing trend was observed. The mean response times (time elapsed since the beginning of the period until the maximum percentage variation in the period occured) ranged between 10.116 s and 12.774 s during the BIPs, and between 11.025 s and 13.345 during the recovery periods, depending on the vessel and on the kind of BIP.

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Predicting presence: Constructing the Tendency toward Presence Inventory

Cited by 52 publications

References 42 publications

Another look at ‘being there’ experiences in digital media: Exploring connections of telepresence with mental imagery

Another look at ‘being there’ experiences in digital media: Exploring connections of telepresence with mental imagery

Psychological factors of the emerging sense of presence in virtual environments

Breaks in Presence in Virtual Environments: An Analysis of Blood Flow Velocity Responses

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