IEEE Global Telecommunications / Wireless Information Networks / Google / HTC / Samsung / WiFiSlam / Apple / /
Country
Cyprus / /
Currency
USD / / /
Event
M&A / /
Facility
KIOS Research Center / University of Cyprus / /
IndustryTerm
user devices / heterogeneous devices / ubiquitous mobile devices / low-resource mobile devices / similar devices / personal computing market / eeePC device / deployed crowdsourcing solutions / indoor positioning systems / diverse mobile devices / reference device / user device / heterogeneous mobile devices / location systems / test device / wireless networks / real-time traffic monitoring application2 / radial basis function networks / real-life applications / rf location fingerprint addressing mobile devices / Internet Computing / diverse devices / automatic solutions / online phase / early systems / computing / calibration-free localization solution / localization systems / /
MusicGroup
AP2 / /
OperatingSystem
Windows 7 / Android / Windows mobile / /
Organization
Cyprus Research Promotion Foundation / KIOS Research Center / KIOS Research Center for Intelligent Systems and Networks / University of Cyprus / Nicosia / Place Lab / Department of Computer Science / European Regional Development Fund / /
Person
S. Teller / D. Curtis / E. Minkov / Christos Laoudias / Christos G. Panayiotou / J. Battat / J. Ledlie / A. Mahtab Hossain / J. Hicks / Demetrios Zeinalipour-Yazti / /
Position
Teller / /
Product
Android tablet / Windows 7 / HTC Desire Smartphone / HP iPAQ Headphone/Headset / /
2013 International Conference on Indoor Positioning and Indoor Navigation, 25–28 OctoberCrowdsourced Indoor Localization for Diverse Devices through Radiomap Fusion Christos Laoudias∗, Demetrios Zeinalipour-Ya