VR DESKTOP CARDBOARD MOVIE

also found that immersive VR distraction using SpiderWorld resulted in lower subjective pain ratings in two adolescents undergoing wound care for severe burns, compared to trials in which they played Mario Kart or Wave Race on a Nintendo without VR.

VR DESKTOP CARDBOARD MOVIE

demonstrated that an immersive VE resulted in lower subjective pain ratings during painful dental procedures than watching a movie without VR technology. In a study of two adults undergoing painful dental procedures, Hoffman, Garcia-Palacios, et al. , used an HMD with a tracking device that controlled the movement of the gun inside 3D game. As the researchers described it, the VE drew patients’ attention away from their pain experience and redirected it into the immersive 3D environment. SnowWorld, for example, was a desktop VR simulation developed by Hunter Hoffman et al. Studies of the use of VR as acute pain distraction initially involved burn injuries among veterans. Their assumption is nevertheless important, particularly because Cardboard VR does not merely present lower resolution or a smaller field of view than the Oculus Rift, but achieves VR through a fundamentally different technological approach. Although the researchers admitted confounding variables, no other comparisons of HMDs for pain distraction had existed. found that the more sophisticated the VR technology, the greater the reported level of pain mitigation. Moreover, researchers in a study by Hoffman et al. To make the distraction effective, it is thought that the more immersive an experience the patients have, the more distracted they will be from their pain. The VR simulation, typically designed as a game, helps distract patients from their physical pain and thereby reduces their perceived pain, and in some cases related anxiety. In health research, VR has been demonstrated as a successful method for mitigating pain in numerous small research studies. Virtual Reality (VR) – defined as three-dimensional, stereoscopic, interactive computer graphics – is a computer-generated environment that can simulate physical presence in virtual worlds by engaging human sensory experiences.

Since ‘immersion’ plays an important role in VR pain distraction, knowing the level of immersion for Cardboard VR may help determine its potential as an accessible VR device for chronic pain self-management. The results indicate that the Cardboard VR, despite its simplicity and small screen size, is capable of providing an acceptable level of immersion compared to Oculus Rift’s larger screen size.

Jennett et al.’s Immersive Experience Questionnaire was used to measure immersion for all the groups. Three groups of participants-the experimental group for Cardboard VR, and two control groups for Oculus Rift and a Desktop display-played Cryoblast in the same experimental setups for this study. This paper describes a study that aims at finding the difference in levels of immersion between a Cardboard VR and a traditional Head-mounted Display (HMD)-the Oculus Rift DK2.

Vr desktop cardboard