The Address of the Ass: D-BOX Motion Code, Personalized Surround Sound, and Focalized Immersive Spectatorship

Petersen,

doi:10.5406/jfilmvideo.71.1.0003

Cited by 6 publications

(3 citation statements)

References 19 publications

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“…Therefore, much of the research in the field of immersive cinema has focused on examining how technology can be used to improve audience engagement and experience. Petersen [2] analyzes the experience characteristics and technical elements of immersive films with regard to audiovisual, ecological and interactive aspects. Visch et al [3] also discussed the impact of immersive films on emotional experiences and cognitive outcomes and believe that immersive videos can improve audience participation and emotional input through emotional resonance and immersive experiences.…”

Section: Immersive Film and Virtual Reality Technologymentioning

confidence: 99%

Redefining Audience Participation: The Immersive Interaction in “Wolf and Spices VR” and the Enlightenment of Journalism and Communication

xue

2024

J Multimed Inf Syst

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In this article, we examine the impact of immersive interactions in "wolf and spice VR" on audience engagement and their impact on messaging. We delve into the immersive interactive elements of film and explore their potential applications in messaging to increase audience engagement and emotion resonance. Immersive interactions and virtual reality technologies serve as innovative information and communication tools that provide viewers with more immersive experiences and increase their participation and attention. The article examines the evolution of audience engagement theory, from the influence of traditional media to the empowerment of digital technology and new media, with a focus on interactive entertainment and audience autonomy, and discusses the application specification of immersive interaction in the practice of information communication, highlighting the potential of immersive Experiences aimed at increasing public participation and attention to reporting. "Wolf and Spice VR" focuses on environment design, character interaction, visual effects, tactile feedback, interactive storytelling, social interaction and other aspects have been developed to strengthen the educational role of immersive interaction in journalism and communication. Finally, the challenges and opportunities of immersive interactive experiences are discussed, highlighting the need for quality content creation, technological advances and audience acceptance creation.

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Section: Immersive Film and Virtual Reality Technologymentioning

confidence: 99%

Redefining Audience Participation: The Immersive Interaction in “Wolf and Spices VR” and the Enlightenment of Journalism and Communication

xue

2024

J Multimed Inf Syst

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“…The design of the HFVK stimuli is an artistic process, carried out using a digital audio workstation (DAW) in high temporal synchrony with the corresponding AV stimulus, which is referenced in its entirety as a channel in the DAW (Pauna et al 2019, Petersen 2019. For details on the engineering of the HFVK seat, the number of actuators and their configuration throughout the seat, please see the D-BOX motion system patents (Roy et al 2003, Boulais et al 2011, Rousseau et al 2018, Ménard and Lemieux 2018.…”

Section: Hfvk Stimulimentioning

confidence: 99%

“…Despite the advancement of HFVK technology, and evidence indicating that HFVK stimulation does subjectively enhance AV immersion (Oh et al 2011), the mechanism underlying HFVK technology's immersive effects has not been clarified. Consequently, the design of HFVK stimuli largely remains an artistic process (Petersen 2019), thereby limiting the optimization of HFVK design and the expansion of HFVK technology beyond mere entertainment. HFVK stimulation in AV contexts has been reported to increase the perceived loudness and physiologically arousing nature of music, and improve memorability of AV content (Merchel and Altinsoy 2014, Giroux et al 2019, Pauna et al 2019, clearly suggesting effects on cognition and brain activity, and the potential to measure these effects.…”

Section: Introductionmentioning

confidence: 99%

High-fidelity vibrokinetic stimulation induces sustained changes in intercortical coherence during a cinematic experience

et al. 2020

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Objective. High-fidelity vibrokinetic (HFVK) technology is widely used to enhance the immersiveness of audiovisual (AV) entertainment experiences. However, despite evidence that HFVK technology does subjectively enhance AV immersion, the underlying mechanism has not been clarified. Neurophysiological studies could provide important evidence to illuminate this mechanism, thereby benefiting HFVK stimulus design, and facilitating expansion of HFVK technology. Approach. We conducted a between-subjects (VK, N = 11; Control, N = 9) exploratory study to measure the effect of HFVK stimulation through an HFVK seat on electroencephalographic cortical activity during an AV cinematic experience. Subjective appreciation of the experience was assessed and incorporated into statistical models exploring the effects of HFVK stimulation across cortical brain areas. We separately analyzed alpha-band (8–12 Hz) and theta-band (5–7 Hz) activities as indices of engagement and sensory processing, respectively. We also performed theta-band (5–7 Hz) coherence analyses using cortical seed areas identified from the theta activity analysis. Main results. The right fusiform gyrus, inferiotemporal gyrus, and supramarginal gyrus, known for emotion, AV-spatial, and vestibular processing, were identified as seeds from theta analyses. Coherence from these areas was uniformly enhanced in HFVK subjects in right motor areas, albeit predominantly in those who were appreciative. Meanwhile, compared to control subjects, HFVK subjects exhibited uniform interhemispheric decoherence with the left insula, which is important for self-processing. Significance. The results collectively point to sustained decoherence between sensory and self-processing as a possible mechanism for how HFVK increases immersion, and that coordination of emotional, spatial, and vestibular processing hubs with the motor system may be required for appreciation of the HFVK-enhanced experience. Overall, this study offers the first ever demonstration that HFVK stimulation has a real and sustained effect on brain activity during a cinematic experience.

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Increased Audiovisual Immersion Associated with Mirror Neuron System Enhancement Following High Fidelity Vibrokinetic Stimulation

Subramaniam

Boasen

Giroux

et al. 2022

Information Systems and Neuroscience

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The Address of the Ass: D-BOX Motion Code, Personalized Surround Sound, and Focalized Immersive Spectatorship

Cited by 6 publications

References 19 publications

Redefining Audience Participation: The Immersive Interaction in “Wolf and Spices VR” and the Enlightenment of Journalism and Communication

Redefining Audience Participation: The Immersive Interaction in “Wolf and Spices VR” and the Enlightenment of Journalism and Communication

High-fidelity vibrokinetic stimulation induces sustained changes in intercortical coherence during a cinematic experience

Increased Audiovisual Immersion Associated with Mirror Neuron System Enhancement Following High Fidelity Vibrokinetic Stimulation

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