Changes in pupil size are governed by the autonomic nervous system but may also be systematically driven by voluntary shifting the gaze in depth. Thus, the pupil accommodative response (PAR) that accompanies voluntary gaze shifts from a far (3 m distance) to a near (30 cm) visual target might be exploited as a simple human-computer interface (HCI), bypassing the somato-motor system.
Low-cost pupillometry for human-computer interface / Goddi, A; Ponzio, F; Ficarra, E; di Cataldo, S; Roatta, S.. - (2018). (Intervento presentato al convegno Convegno Le Tecnologie Assistive nell'Età Adulta: realtà europee e nuovi approcci riabilitativi, un tema multidisciplinare. tenutosi a Torino nel 13-14 Aprile 2018).
Low-cost pupillometry for human-computer interface.
Ponzio F;Ficarra E;di Cataldo S;
2018
Abstract
Changes in pupil size are governed by the autonomic nervous system but may also be systematically driven by voluntary shifting the gaze in depth. Thus, the pupil accommodative response (PAR) that accompanies voluntary gaze shifts from a far (3 m distance) to a near (30 cm) visual target might be exploited as a simple human-computer interface (HCI), bypassing the somato-motor system.Pubblicazioni consigliate
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https://hdl.handle.net/11583/2712768
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