Towards a Virtual Reality Diagnostic Suite for Cerebral Visual Impairment

Cameron R.M. Wilson; Andrew Blaikie; Baljean Dhillon; Ian Underwood

Towards a Virtual Reality Diagnostic Suite for Cerebral Visual Impairment

Cameron R.M. Wilson^*, Andrew Blaikie, Baljean Dhillon, Ian Underwood

^*Corresponding author for this work

Research output: Contribution to conference › Paper › peer-review

Abstract

This paper reports recent progress of a novel system intended to diagnose Cerebral Visual Impairments, a condition where the brain is unable to correctly process visual information. Designed for Virtual Reality, it hosts tests with the capability to diagnose several distinct Cerebral Visual Impairments. Initial implementations will measure visual acuity, visual fields, visual inattention/neglect, and contrast sensitivity. This work is ongoing, with future efforts focussing on validation and refinement.

Original language	English
Publication status	Accepted/In press - 6 Jan 2025
Event	Display Week 2025 - San Jose Convention Center, San Jose, Ca, United States Duration: 11 May 2025 → …

Conference

Conference	Display Week 2025
Abbreviated title	DW 25
Country/Territory	United States
City	San Jose, Ca
Period	11/05/25 → …

Cite this

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abstract = "This paper reports recent progress of a novel system intended to diagnose Cerebral Visual Impairments, a condition where the brain is unable to correctly process visual information. Designed for Virtual Reality, it hosts tests with the capability to diagnose several distinct Cerebral Visual Impairments. Initial implementations will measure visual acuity, visual fields, visual inattention/neglect, and contrast sensitivity. This work is ongoing, with future efforts focussing on validation and refinement.",

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AU - Blaikie, Andrew

AU - Dhillon, Baljean

AU - Underwood, Ian

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N2 - This paper reports recent progress of a novel system intended to diagnose Cerebral Visual Impairments, a condition where the brain is unable to correctly process visual information. Designed for Virtual Reality, it hosts tests with the capability to diagnose several distinct Cerebral Visual Impairments. Initial implementations will measure visual acuity, visual fields, visual inattention/neglect, and contrast sensitivity. This work is ongoing, with future efforts focussing on validation and refinement.

AB - This paper reports recent progress of a novel system intended to diagnose Cerebral Visual Impairments, a condition where the brain is unable to correctly process visual information. Designed for Virtual Reality, it hosts tests with the capability to diagnose several distinct Cerebral Visual Impairments. Initial implementations will measure visual acuity, visual fields, visual inattention/neglect, and contrast sensitivity. This work is ongoing, with future efforts focussing on validation and refinement.

M3 - Paper

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Y2 - 11 May 2025

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Towards a Virtual Reality Diagnostic Suite for Cerebral Visual Impairment

Abstract

Conference

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