Integer Ambiguity Resolution For Precise Point Positioning

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WL--Estimation Of Uncalibrated DelayVI Hotine-Marussi3. Estimated Fractional Part Fractional Part: From -1.40 0.70 To -0.40 -0.30 ? RMS=0.1, STD=0.014 CyclesΔδpw= Δb( i,j,l)− Δsat : i , j wNi,j,lover _ all _ stations150Fractional Part of WL Bias[Cycle]0,750,2510050Number of WL Pairs-0,253231302928272625242322212019181716151413121110987654321Satellite PRN0
WL– Uncalibrated Delay <strong>For</strong> Fixing‣ Fixing Based on Estimated Uncalibrated DelayVI Hotine-MarussiΔbw( i,j,l)+ Δδpsat,i,j−nint( )Δb( i,j,l)+ Δδpwsat,i,j
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 and 8: Precise Point PositioningVI Hotine-
Page 9 and 10: Ambiguity Fixing For LC Solution‣
Page 11: WL--Estimation Of Uncalibrated Dela
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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