期刊
AUGMENTATIVE AND ALTERNATIVE COMMUNICATION
卷 -, 期 -, 页码 -出版社
TAYLOR & FRANCIS LTD
DOI: 10.1080/07434618.2023.2288837
关键词
Acceptability; gaze-controlled computer; implementation; participation; students with severe disabilities
This study examines the feasibility of applying eye-gaze technology intervention for students with severe motor and communication difficulties in everyday settings. The results show that the participants perceive the technology as appropriate to enhance interaction and understanding of the students' learning and communication messages.
Eye-gaze technology provides access to a computer through the control of eye movements, thus allowing students with severe motor and communication difficulties to communicate and participate in curriculum activities and leisure; however, few studies have investigated whether any challenges exist to its implementation. This study examines the feasibility for teachers, parents, and therapists of applying an eye-gaze technology intervention for students with severe motor and communication difficulties in everyday settings. A mixed-method design was applied, focusing on the acceptability, demands, implementation, and practicality of the technology applications. Data was collected from 16 participants who assisted five students using eye-gaze technology in a previous 6-month intervention. The intervention comprised (a) use of eye-gaze devices with individualized content; and (b) services including training in use, team meetings, and bi-monthly support on implementation problems. The results showed that the participants perceived the technology as appropriate to enhance interaction and understanding of the students' learning and communication messages. Portable and easy-to-adjust systems were crucial to apply eye-gaze technology in different contexts. Improving eye-gaze services was required to afford in-service education, follow-up services, and loaning programs for sustainable implementation. The facilitators and barriers could guide researchers and practitioners to enhance the implementation of eye-gaze technology.
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