2014
DOI: 10.1007/978-3-319-07869-4_14
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Low–Cost Eye–Trackers: Useful for Information Systems Research?

Abstract: Abstract. Research investigating cognitive aspects of information systems is often dependent on detail-rich data. Eye-trackers promise to provide respective data, but the associated costs are often beyond the researchers' budget. Recently, eye-trackers have entered the market that promise eye-tracking support at a reasonable price. In this work, we explore whether such eye-trackers are of use for information systems research and explore the accuracy of a low-cost eye-tracker (Gazepoint GP3) in an empirical stu… Show more

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Cited by 20 publications
(7 citation statements)
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“…The eye tracker's vendor claims a visual angle accuracy between 0.5 • and 1.0 • at 60 Hz, which we consider to be sufficient to assess which in-game elements are being attended by the player. A recent study confirms the vendor's claimed accuracy [33], provided that the user does not wear glasses, the testing environment offers proper lighting conditions, and a correct calibration procedure is carried out.…”
Section: System Configurationmentioning
confidence: 60%
“…The eye tracker's vendor claims a visual angle accuracy between 0.5 • and 1.0 • at 60 Hz, which we consider to be sufficient to assess which in-game elements are being attended by the player. A recent study confirms the vendor's claimed accuracy [33], provided that the user does not wear glasses, the testing environment offers proper lighting conditions, and a correct calibration procedure is carried out.…”
Section: System Configurationmentioning
confidence: 60%
“…Eye-tracking data were collected using a Gazepoint GP3 eye-tracker (Gazepoint, Canada; Zugal and Pinggera, 2014), which was positioned directly below the screen. Eye-tracking data were sampled at a 60 Hz rate, with the advertised device accuracy between 0.5° and 1°, spatial resolution of 0.1°, and up to 50 ms tracking latency.…”
Section: Methodsmentioning
confidence: 99%
“…La decisión de usar dicho equipo obedeció a las razones siguientes: en primer lugar destaca que el ángulo visual del Gazepoint GP3 (0.5º a 1.0º) permite determinar adecuadamente las fijaciones de la vista (Barber et al, 2014); en segundo lugar, que al tratarse de un sistema remoto (Fong et al, 2015) que se monta directamente en la pantalla en la que se proyectan los estímulos no invasivo para los participantes; en tercer lugar, que hay evidencia empírica que soporta que la precisión de dicho dispositivo es adecuada para el tipo de investigación en cuestión (Zugal y Pinggera, 2014); y, finalmente, que se trata de uno de los nuevos dispositivos que ofrecen soporte de rastreo ocular a un coste razonable comparado con otras tecnologías (Zugal y Pinggera, 2014).…”
Section: Metodologíaunclassified