In response to the low efficiency and error prone human statistical recording in traditional vision testing and correction services, as well as the need for regular vision testing under the normalization of vision testing, which also brings more complex workload for testing personnel and higher professional technical requirements for correcting vision, this article takes VR vision correction equipment as an example to explore the significance and value of virtual reality combined with eye tracking technology in vision correction services. The article first introduces the basic concepts and characteristics of virtual reality, as well as the application of convolutional neural networks in eye tracking technology, and then constructs a research technical framework for VR vision correctors that combine virtual reality with eye tracking. Research has shown that virtual reality and eye tracking technology have great potential for application in the field of vision correction, and can effectively provide certain reference value for research and development in related fields.
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Huang et al. (2024) studied this question.
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