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RECRUITING
NCT07806994
NA

Wearable Eye Tracking During Bimanual Tasks in Children With Cerebral Palsy

Sponsor: Samsung Medical Center

View on ClinicalTrials.gov

Summary

This observational pilot study will include 40 children and adolescents aged 6 to 12 years: 20 with cerebral palsy and 20 with typical development. The main purpose is to determine whether Pupil Labs Neon wearable eye-tracking glasses can be used reliably while participants perform structured tasks using both hands. Each participant will attend one study visit. After assessments of near vision, hand function, visual perception, visual-motor function, and attention-related characteristics, participants will wear the eye-tracking glasses. They will view an instruction card, find target objects, and place the objects into boxes using both hands. The tasks will be completed under three conditions that vary visual-search and sequencing demands, with breaks provided as needed. Researchers will evaluate whether the planned procedures can be completed and whether the recordings provide usable eye-tracking data. Exploratory analyses will examine how gaze and hand actions are coordinated and whether these patterns differ between the cerebral palsy and typical-development groups or across task conditions. No treatment will be provided, and the study is not designed to evaluate treatment effectiveness. The findings will be used to improve the measurement protocol and quality-control procedures for future research.

Official title: Establishing a Wearable Eye-Tracking Protocol and Candidate Gaze-Action Metrics for Goal-Directed Bimanual Task Performance in Children With Cerebral Palsy

Key Details

Gender

All

Age Range

6 Years - 12 Years

Study Type

INTERVENTIONAL

Enrollment

40

Start Date

2026-08-31

Completion Date

2027-08-30

Last Updated

2026-09-08

Healthy Volunteers

No

Interventions

OTHER

Wearable Eye-Tracking Assessment During Structured Bimanual Tasks

Participants wear the Pupil Neon eye-tracking system during one study visit while performing structured visual-search and goal-directed bimanual tasks under a standard condition, an increased visual-search-demand condition, and an increased sequencing-demand condition. The order of conditions is counterbalanced. The system records two-dimensional gaze coordinates and egocentric scene video to evaluate protocol feasibility, data quality, and exploratory gaze-behavior measures. The assessment is research-specific and does not provide treatment, rehabilitation training, visual cues, stimulation, or performance feedback and does not alter clinical care.

Locations (1)

Samsung Medical Center

Seoul, Seoul, South Korea