Washington D.C. / Kansas City / Canberra / Albuquerque / Salt Lake City / Columbus / Nashville / Palm Springs / San Diego / /
Company
Global Navigation Satellite Systems / Pseudolite Solutions / INS/PL Solutions / Ford / Current Global Navigation Satellite Systems / Inertial Navigation Systems / /
Country
United States / Australia / /
Facility
University of New South Wales / The University of New South Wales / Stanford University / Institute of Navigation / Ohio State University / US Institute / Hitchcock Hall / American Institute of Astronautics / US Institute of Navigation GPS92 / The Institute of Navigation / /
IndustryTerm
land applications / precise positioning applications / satellite-based positioning / carrier phase tracking / user equipment / spaceborne satellite positioning systems / carrier phase measurements / precise positioning systems / instantaneous carrier ambiguity resolution / spaceborne systems / satellite-based positioning systems / navigation applications / data processing / pseudo-satellite / satellite signals / satellite ranging signals / integer carrier phase ambiguities / spaceborne satellite signals / satellite-on-the-ground / /
MusicGroup
ISM / GPS / /
Organization
US Institute of Navigation GPS-96 / US Institute of Navigation GPS-2000 / Institute of Navigation / Special Committee / J. Barnes School of Surveying and Spatial Information Systems / Differential GPS Service / US Institute of Navigation GPS-99 / US Institute of Navigation GPS-95 / University of New South Wales / Sydney / US Institute of Navigation GPS92 / Stanford University / American Institute of Astronautics / C. K. Toth Department of Civil and Environmental Engineering / US Institute of Navigation GPS-97 / the Ohio State University / /
Person
Yufei Wang / J. Van Dierendock / C. Cohen / Van Dierendonck / J. Van Dierendonck / Neil Av / Hung-Kyu Lee / Yudan Yi / /
ProvinceOrState
Ohio / Missouri / Tennessee / New Mexico / Utah / New South Wales / California / /
Integration of GNSS and Pseudo-Satellites: New Concepts for Precise Positioning J. Wang, C. Rizos, L. Dai, T. Tsujii, J. Barnes