Summary
Exposure to nature and its sounds can relieve from stress, promote relaxation, and restore cognition. These restorative benefits persist even with exposure to Virtual Reality (VR) of nature and its calming sounds. It is the combination of visual and auditory exposure to these VR environments and their sounds that promotes restorative effects for hearing people. This means that Deaf and Hard-of-Hearing (HoH) people may be excluded from being able to receive the same restorative benefits that hearing people receive. Evidence shows that there can be cross-modal transfer in HoH people, whereby speech and sounds can be perceived and understood through vibrations on the skin or can be localised via visual cues in VR technologies.
Through the ‘ReSens-Nature’ project, the Fellow will develop a novel VR experience, through which he will examine the restorative effects of vibrotactile and visual sensory supplementation of nature sounds in VR nature environments for Deaf/ HoH people. The objectives are to (i) Develop and establish the usability of this novel VR nature environment that uses vibrotactile and visual supplementation of nature sounds, (ii) Examine whether this novel VR nature environment is providing restorative benefits to Deaf/ HoH people in comparison to a regular VR nature environment without sensory supplementation and in comparison to hearing people. Understanding the effects of sensory supplementation for Deaf/ HoH in VR nature environments could help make VR and other technologies more inclusive for Deaf/ HoH people and people with other disabilities.
The project will be completed at the GET Lab of Cyprus University of Technology, a world-leading lab on VR technology and Wellbeing. The Fellow will bring highly complementary expertise in Deafness, Audiology, and Clinical Trials. The proposed work will advance the Fellow’s research and management skills, expand his research networks, and enhance the development of his career as an independent researcher.
Through the ‘ReSens-Nature’ project, the Fellow will develop a novel VR experience, through which he will examine the restorative effects of vibrotactile and visual sensory supplementation of nature sounds in VR nature environments for Deaf/ HoH people. The objectives are to (i) Develop and establish the usability of this novel VR nature environment that uses vibrotactile and visual supplementation of nature sounds, (ii) Examine whether this novel VR nature environment is providing restorative benefits to Deaf/ HoH people in comparison to a regular VR nature environment without sensory supplementation and in comparison to hearing people. Understanding the effects of sensory supplementation for Deaf/ HoH in VR nature environments could help make VR and other technologies more inclusive for Deaf/ HoH people and people with other disabilities.
The project will be completed at the GET Lab of Cyprus University of Technology, a world-leading lab on VR technology and Wellbeing. The Fellow will bring highly complementary expertise in Deafness, Audiology, and Clinical Trials. The proposed work will advance the Fellow’s research and management skills, expand his research networks, and enhance the development of his career as an independent researcher.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101152308 |
| Start date: | 02-09-2024 |
| End date: | 01-09-2026 |
| Total budget - Public funding: | - 148 488,00 Euro |
Cordis data
Original description
Exposure to nature and its sounds can relieve from stress, promote relaxation, and restore cognition. These restorative benefits persist even with exposure to Virtual Reality (VR) of nature and its calming sounds. It is the combination of visual and auditory exposure to these VR environments and their sounds that promotes restorative effects for hearing people. This means that Deaf and Hard-of-Hearing (HoH) people may be excluded from being able to receive the same restorative benefits that hearing people receive. Evidence shows that there can be cross-modal transfer in HoH people, whereby speech and sounds can be perceived and understood through vibrations on the skin or can be localised via visual cues in VR technologies.Through the ‘ReSens-Nature’ project, the Fellow will develop a novel VR experience, through which he will examine the restorative effects of vibrotactile and visual sensory supplementation of nature sounds in VR nature environments for Deaf/ HoH people. The objectives are to (i) Develop and establish the usability of this novel VR nature environment that uses vibrotactile and visual supplementation of nature sounds, (ii) Examine whether this novel VR nature environment is providing restorative benefits to Deaf/ HoH people in comparison to a regular VR nature environment without sensory supplementation and in comparison to hearing people. Understanding the effects of sensory supplementation for Deaf/ HoH in VR nature environments could help make VR and other technologies more inclusive for Deaf/ HoH people and people with other disabilities.
The project will be completed at the GET Lab of Cyprus University of Technology, a world-leading lab on VR technology and Wellbeing. The Fellow will bring highly complementary expertise in Deafness, Audiology, and Clinical Trials. The proposed work will advance the Fellow’s research and management skills, expand his research networks, and enhance the development of his career as an independent researcher.
Status
SIGNEDCall topic
HORIZON-MSCA-2023-PF-01-01Update Date
25-11-2024
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