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City Orange / Pseudolite / / Company DEFORMATION MONITORING SYSTEMS / Ford / / Country United States / Canada / / Facility UNSW campus / University of Calgary / The University of New South Wales / Geomatic Engineering University of New South Wales Sydney / / IndustryTerm pseudolite products / static integrated solution / contribution to solution / satellite geometry / machinery / satellite constellation / satellite-based systems / double-differenced carrier phase / user equipment / conventional surveying technology / carrier phase multipath / pseudolite-based inverted positioning solutions / baseline software / carrier phase processing / carrier phase solutions / carrier phase observables / gas fumes / carrier phase / carrier phase measurements / indoor applications / carrier phase ambiguity / potential applications / carrier phase positioning / data processing / pseudo-satellite / final solutions / code chips / precise carrier phase observation / carrier phase residuals / satellite signals / potential pseudolite applications / hardware equipment / pseudolite applications / pseudolite carrier phase measurements / pseudolite site / satellite-on-the-ground / satellite elevation angle / potential pseudolite potential applications / real-time high accuracy height component monitoring / factory site / precision approach applications / pseudolite-based inverted carrier phase positioning / / MusicGroup GPS / / Organization Differential NAVSATR GPS Service / University of New South Wales / Army / Geomatic Engineering University of New South Wales Sydney / University of Calgary / Shaowei Han School / / Person Chris Rizos / Craig Roberts / Toshiaki Tsujii / Elizabeth Cannon / / Position first author / / ProvinceOrState New South Wales / California / Arizona / / Region South Wales / / Technology conventional surveying technology / GPS / GPS system / 93 code chips / TDMA / / SocialTag 
APPLICATIONS OF PSEUDOLITES IN DEFORMATION MONITORING SYSTEMS APPLICATIONS OF PSEUDOLITES IN DEFORMATION MONITORING SYSTEMS Liwen Dai, Jinling Wang, Chris Rizos and Shaowei Han School of Geomatic Engineering