INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE
This research aims to develop a fire notification system conceptual model for hearing impaired students to better notify them on the occasion of fire. The current fire alert measures are particularly less effective when alerting the hearing impaired people especially on fire. Findings from the li...
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oai:utpedia.utp.edu.my:214212024-07-24T07:20:37Z http://utpedia.utp.edu.my/id/eprint/21421/ INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE ABDUL MANAF, MARLINA QA75 Electronic computers. Computer science This research aims to develop a fire notification system conceptual model for hearing impaired students to better notify them on the occasion of fire. The current fire alert measures are particularly less effective when alerting the hearing impaired people especially on fire. Findings from the literature study indicated that this was due to a matter that modality have been dealt separately. It might be because designers neglect the main HCI concepts and do not serve products based on the demands and requirements of the impairments. They are mostly driven by market trends and macroeconomics forces. Supposing, designs must rely on multimodal interaction for optimum information access; besides considering on the universal design and user support concepts. 2016-12 Thesis NonPeerReviewed application/pdf en http://utpedia.utp.edu.my/id/eprint/21421/1/2015%20-IT%20-%20INTEGRATING%20VIBRATION%20SENSING%20AND%20NON-SPEECH%20VISUALIZATION%20TO%20NOTIFY%20HEARING%20IMPAIRED%20STUDENTS%20REGARDING%20FIRE%20-%20MARLINA%20BINTI%20ABDUL%20MANAF%20-%20MASTER.pdf ABDUL MANAF, MARLINA (2016) INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE. Masters thesis, Universiti Teknologi PETRONAS. |
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QA75 Electronic computers. Computer science ABDUL MANAF, MARLINA INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
description |
This research aims to develop a fire notification system conceptual model for
hearing impaired students to better notify them on the occasion of fire. The current
fire alert measures are particularly less effective when alerting the hearing impaired
people especially on fire. Findings from the literature study indicated that this was
due to a matter that modality have been dealt separately. It might be because
designers neglect the main HCI concepts and do not serve products based on the
demands and requirements of the impairments. They are mostly driven by market
trends and macroeconomics forces. Supposing, designs must rely on multimodal
interaction for optimum information access; besides considering on the universal
design and user support concepts. |
format |
Thesis |
author |
ABDUL MANAF, MARLINA |
author_facet |
ABDUL MANAF, MARLINA |
author_sort |
ABDUL MANAF, MARLINA |
title |
INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
title_short |
INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
title_full |
INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
title_fullStr |
INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
title_full_unstemmed |
INTEGRATING VIBRATION SENSING AND NON-SPEECH VISUALIZATION TO NOTIFY HEARING IMPAIRED STUDENTS REGARDING FIRE |
title_sort |
integrating vibration sensing and non-speech visualization to notify hearing impaired students regarding fire |
publishDate |
2016 |
url |
http://utpedia.utp.edu.my/id/eprint/21421/1/2015%20-IT%20-%20INTEGRATING%20VIBRATION%20SENSING%20AND%20NON-SPEECH%20VISUALIZATION%20TO%20NOTIFY%20HEARING%20IMPAIRED%20STUDENTS%20REGARDING%20FIRE%20-%20MARLINA%20BINTI%20ABDUL%20MANAF%20-%20MASTER.pdf http://utpedia.utp.edu.my/id/eprint/21421/ |
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1805891031515791360 |
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13.214268 |