Oculometry is becoming increasingly popular in fields such as enhanced reality and healthcare, but remains limited by complex devices that are poorly adapted to the needs of users, particularly the visually impaired. This research proposes to explore a smart contact lens (SCL)-based system to overcome these limitations, particularly for people with central visual deficits such as Stargardt's disease.
Eye tracking is becoming increasingly important in fields such as augmented reality such as augmented reality, virtual reality and healthcare (orthoptic rehabilitation), but is still limited by complex measurement methods that meet user needs. In this context, the proposed research aims to study the feasibility of a system based on a smart contact lens that overcomes several overcome many of the limitations of current oculometers (sensitivity to environmental sensors, size, performance, etc.) and even more so when used by visually impaired people suffering from central vision deficits central vision deficit such as Stargardt's disease. Whether to eccentric fixation or to transmit relevant information about the environment relevant information about their environment, it is necessary to know direction of gaze. Unfortunately, current solutions are not always compatible with the difficulties faced by visually impaired and the SCL system could be a viable and effective solution.
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
32
1. Experimental evaluation: 1. TESTs withSCL system * Before positioning the SCL lens: slit lamp examination * After positioning the SCL lens: slit-lamp examination * Tests performed on projected screen. 2. Tests with a conventional oculometer: tests performed on a projected screen. 2. Ophthalmological assessment: 1. slit lamp examination 2. An end-of-study follow-up phone call.
Centre Hospitalier National d'Ophtalmologie des Quinze-Vingts
Paris, France
Occurrence rate of adverse events, unexpected adverse events or serious adverse events
Ophthalmological consultation (including slit-lamp corneal examination) and subject interrogation. Each reported event will be analyzed to monitor its evolution (resolution or not, necessary treatments...) and to estimate the imputation with the wearing of the LCS lens.
Time frame: 45 days
Ergonomics evaluation
To evaluate the ergonomics: comfort, acceptability and usefulness of the SCL lens with subjects suffering from central vision deficit (Stargardt's disease) and healthy control subjects, we will use the satisfaction questionnaire we have specially designed. Analysis of the results of the close-ended and semi-open-ended questions will enable us to answer this question.
Time frame: 45 days
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