| Document Date: 2013-07-28 20:30:32
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City Washington / DC / Edmonton / San Diego / / Company Interactive Systems / BT / Reno NV / / Country United States / Canada / / / Facility University of Nevada / / IndustryTerm navigation systems / probabilistic tools / uncertainty tools / Outdoor systems / portable devices / appropriate solution / localization tools / human-centered autonomous intelligent systems / particle filtering algorithm / Outdoor navigation systems / personal navigation systems / sufficient real-time solution / wireless nodes / Indoor solutions / metal strip / online algorithms / speech software / metal structures / real-time localization primitives / Indoor systems / computerized travel aid / / OperatingSystem Android / / Organization University of Nevada / Reno / Computer Science and Engineering Department / U.S. Securities and Exchange Commission / IEEE Computer Society / / Position speaker / Forward / / ProgrammingLanguage Java / DC / / ProvinceOrState Nevada / California / / Technology laser / smart phone / Java / wearable computer / smart phones / particle filtering algorithm / GPS / ultrasound / Android / same algorithm / /
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Feasibility of Interactive Localization and Navigation of People with Visual Impairments Ilias APOSTOLOPOULOS, Navid FALLAH, Eelke FOLMER and Kostas E. BEKRIS 1 Computer Science and Engineering Department, University of