| Document Date: 2013-11-21 20:32:35
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City Kobe / Fukuoka / Sapporo / Hitachi-Ota / Naha / Tokorozawa / / Company Global Navigation Satellite Systems / HMI / / Continent North America / Europe / / Country Japan / United States / India / / Event Reorganization / Product Issues / Natural Disaster / / Facility National Institute of Information / / IndustryTerm navigation systems / carrier phase / satellite behavior / augmentation systems / carrier smoothing / navigation satellite system / degraded positioning solution / hazardous satellite / code-carrier divergence / on-board equipment / satellite clock error / navigation satellite systems / geostationary satellite uplink stations / dual-frequency carrier phase / Satellite-specific orbit/clock errors / satellite location / real-time processing / satellite failures / real time / satellite orbit information / satellite orbit / satellite signals / satellite ranging data / satellite-based augmentation system / guidance systems / satellite orbit errors / ultimate positioning solution / mitigation algorithms / vation-angle satellite / satellite clock / satellite elevation angle / satellite positioning / ground equipment / satellite orbit error / satellite clock offsets / air navigation applications / satellite signal / lower-elevation satellite / / Organization National Institute of Information / United Nations / Japan Civil Aviation Bureau / / Product misleading information / / ProgrammingLanguage C / / Technology mitigation algorithms / GPS / /
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3-1-2 Air Navigation with Global Navigation Satellite Systems and the Ionospheric Effects SAKAI Takeyasu, MATSUNAGA Keisuke, YOSHIHARA Takayuki, and SAITO Susumu Global navigation satellite system(GNSS) is now used in ai