2018 IEEE International Conference on Automation, Quality and Testing, Robotics (AQTR) 2018
DOI: 10.1109/aqtr.2018.8402723
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Assistive AR technology for hearing impairments in driving lessons

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Cited by 6 publications
(3 citation statements)
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“…The tasks from the Establishing Physical/Virtual Correspondence category have a similar goal and thus interaction techniques for accomplishing them are similar ( Point(ing) to… ), but again their input methods differ depending on the application domain, as can be seen from the table. In some solutions, it is enough to find a surface where an object will be automatically placed ([ 69 ]), while setting the scenario elsewhere is necessary to begin with the application ([ 64 ]). The category that has the most diverse possibilities of interaction techniques is Transforming Virtual Content as manipulation with virtual content can be performed in various ways.…”
Section: Systematic Literature Review Resultsmentioning
confidence: 99%
See 1 more Smart Citation
“…The tasks from the Establishing Physical/Virtual Correspondence category have a similar goal and thus interaction techniques for accomplishing them are similar ( Point(ing) to… ), but again their input methods differ depending on the application domain, as can be seen from the table. In some solutions, it is enough to find a surface where an object will be automatically placed ([ 69 ]), while setting the scenario elsewhere is necessary to begin with the application ([ 64 ]). The category that has the most diverse possibilities of interaction techniques is Transforming Virtual Content as manipulation with virtual content can be performed in various ways.…”
Section: Systematic Literature Review Resultsmentioning
confidence: 99%
“…An application described in [ 64 ] is intended for understanding and individual practicing driving scenarios of young people with hearing disabilities. Although it does not have accessibility options per se, possible alternative features can be considered to make the application more accessible.…”
Section: Systematic Literature Review Resultsmentioning
confidence: 99%
“…En ese mismo orden de ideas, con el objeto de hacer un abordaje inclusivo en relación a la población vulnerable por situación de discapacidad, Salomia et al (2018) diseñan un sistema de realidad aumentada que permite a través de escenarios inmersivos provistos desde un móvil celular con sistema operativo Android recrear la acción de conducir un automóvil orientado en señales de tráfico como método de enseñanza para personas con problemas auditivos. Su estudio permitió concluir luego de un ciclo de pruebas, la correcta usabilidad del software, donde incluso, el usuario puede recrear deliberadamente escenarios a fin de poner a prueba su compresión y familiarizarse con las normas de tráfico a través de este entorno interactivo, esto en contraste, con otras tecnologías como HTC VIVE, Oculus Rift, Google Cardboard, diseñadas en 3D donde el factor de inmersión es aún más profundo y el comportamiento es más efectivo, lo cual llego a concluir, el deseo de mejorar la propuesta a fin de ser más efectiva y comprometida para lograr los efectos deseados.…”
Section: Resultsunclassified