Integer Ambiguity Resolution For Precise Point Positioning

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Uncalibrated Phase Delay in Sat&Rec.VI Hotine-Marussi‣ Basic Observation Model (Freq. i)Li=ρ −κ/fi2+ λ biiPi=ρ + κ /fi2b + +i= δpδprec, i sat,iNi‣ Uncalibrated Phase Delay Originating In TheSatellite And Receiver‣ Can Only Form SD Between Satellites
Ambiguity Fixing For LC Solution‣ LC Ambiguity (Estimated)Lc= α L −αL =1 1 2 2ρ+bcVI Hotine-Marussibcw=βLfwbwff+Lβ‣ Wide-Lane (Range&Phase Combination)L=f−−‣ Narrow-Lane111222−nfb1nPf11++ff22P2= λ b + εwwwbn=( b − β b ) λc w w n
Page 1 and 2: VI Hotine-MarussiVI Hotine-Marussi
Page 3 and 4: Motivation (1)VI Hotine-Marussi‣
Page 5 and 6: Strategy For Very Huge NetworkVI Ho
Page 7: Precise Point PositioningVI Hotine-
Page 11 and 12: WL--Estimation Of Uncalibrated Dela
Page 13 and 14: WL- Uncalibrated Delay For Fixing
Page 15 and 16: Uncalibrated Delay --- Narrow-Lane(
Page 17 and 18: Integer Ambiguity Substitution‣ D
Page 19 and 20: Validation (1)VI Hotine-Marussi‣
Page 21 and 22: Validation (3)VI Hotine-MarussiFixe

Integer Ambiguity Resolution For Precise Point Positioning

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