![Human–computer interaction / Accessibility / Mobile computers / Multimodal interaction / Display technology / Sonification / Wearable computer / Blindness / Usability / Technology / Assistive technology / Human–computer interaction Human–computer interaction / Accessibility / Mobile computers / Multimodal interaction / Display technology / Sonification / Wearable computer / Blindness / Usability / Technology / Assistive technology / Human–computer interaction](https://www.pdfsearch.io/img/27063fbb74fe997ea352777790ac7699.jpg)
| Document Date: 2014-07-01 00:48:25 Open Document File Size: 1,93 MBShare Result on Facebook
Company Google / New York Times / / Country United States / / / Event Product Issues / / Facility University of Nevada / UNR campus / / IndustryTerm assistive wearable technology / door detection algorithm / wearable systems / assistive devices / wireless local area network / food court / assistive applications / indoor navigation systems / adults seeking vision rehabilitation services / computing / wearable computing / heavy supporting computing equipment / earliest wearable navigation systems / wireless access points / assistive technology / / OperatingSystem Android / Microsoft Windows / / Organization US Army Aeromedical Research Lab / University of Nevada / National Federation of the Blind / / Person Ai / CHI EA / Ilias Apostolopoulous / / Position bone conduction speaker / speaker / / Product Windows Surface Tablet / Surface Tablet / pedestrians / turn / / ProgrammingLanguage Java / / Technology LAN / touch pad / assistive wearable technology / Voice recognition / wireless access / text-to-speech / Java / wearable computer / Finite State Machine / smartphones / door detection algorithm / smartphone / Android / Assistive technology / mobile devices / / URL http /
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