| Document Date: 2013-02-07 08:13:42
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City Saarbrucken / Cambridge / / Company Nokia / Google / Glasgow 18 Lilybank / / Country Germany / United States / / Currency USD / / / Facility Mobile Devices Daryl Weir / Computing Science University of Glasgow / / IndustryTerm sparse regression algorithm / post-processing step / non-parametric regression algorithm / real time / natural languages technologies / mobile devices / native algorithm / particular device / touch-screen device / touchscreen devices / / OperatingSystem Android / / Organization uk Markus L¨ochtefeld German Research Center / Computing Science University of Glasgow / US Federal Reserve / Roderick Murray-Smith School / / Person Simon Rogers / Button Figure / / Position Author / linear model / model complex RELATED WORK Even though HCI research / simple data collector / / Product N9 / / ProgrammingLanguage Python / / ProvinceOrState Massachusetts / / PublishedMedium Machine Learning / / Technology non-parametric regression algorithm / N9s native algorithm / artificial intelligence / N9s algorithm / smartphones / smartphone / GPS / sparse regression algorithm / mobile phones / Machine Learning / Android / mobile device / natural languages technologies / native algorithm / Mobile Devices / /
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A User-Specific Machine Learning Approach for Improving Touch Accuracy on Mobile Devices Daryl Weir, Simon Rogers, Roderick Murray-Smith School of Computing Science University of Glasgow