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1836                            武 汉 大 学 学 报  (信 息 科 学 版)                        2025 年 9 月

                                                                     Technologies  and  Challenges  of  Multi-Frequency
                               参   考   文    献
                                                                     and  Multi-GNSS  High-Precision  Positioning[J].
                                                                     Geomatics  and  Information  Science  of  Wuhan  Uni⁃
                [1]  ZUMBERGE J F, HEFLIN M B, JEFFERSON D
                     C,  et  al.   Precise  Point  Positioning  for  the  Efficient   versity, 2023, 48(11): 1769-1783.
                                                                [11]  WANG  L ,  LI  Z  S ,  GE  M  R ,  et  al.   Validation
                     and  Robust  Analysis  of  GPS  Data  from  Large  Net⁃
                     works[J].   Journal  of  Geophysical  Research:  Solid   and  Assessment  of  Multi-GNSS  Real-Time  Pre⁃
                     Earth, 1997, 102(B3): 5005-5017.                cise  Point Positioning in Simulated Kinematic Mode
                [2]  KOUBA J, HÉROUX P.  Precise Point Positioning   Using IGS Real-Time Service[J].  Remote Sensing,
                     Using IGS Orbit and Clock Products[J].  GPS Solu⁃  2018, 10(2): 337.

                     tions, 2001, 5(2): 12-28.                  [12]  WANG Z Y, LI Z S, WANG L, et al.  Assessment
                [3]  GE  M ,  GENDT  G ,  ROTHACHER  M ,  et  al.    of  Multiple  GNSS  Real-Time  SSR  Products  from
                                                                     Different Analysis Centers[J].  ISPRS International
                     Resolution  of  GPS  Carrier-Phase  Ambiguities  in
                     Precise Point Positioning (PPP) with Daily Observa⁃  Journal of Geo⁃Information, 2018, 7(3): 85.
                     tions[J].   Journal  of  Geodesy,  2008,  82(7) :   [13]  苏春阳 , 舒宝 , 郑蕾 , 等 .  GPS/BDS 实时 SSR 产
                                                                     品质量评估及其 PPP 性能分析[J].  武汉大学学报
                     389-399.
                [4]  LAURICHESSE  D ,  MERCIER  F ,  BERTHIAS        (信息科学版), 2025, 50(4): 714-726.
                     J  P ,  et  al.   Integer  Ambiguity  Resolution  on  Undif⁃  SU  Chunyang,  SHU  Bao,  ZHENG  Lei,  et  al.
                     ferenced GPS Phase Measurements and Its Applica⁃  Quality  Evaluation  and  PPP  Performance  Analysis
                                                                     of  GPS/BDS  Real-Time  SSR  Products[J].   Geo⁃
                     tion to PPP and Satellite Precise Orbit Determination
                                                                     matics and Information Science of Wuhan Universi⁃
                    [J].  Navigation, 2009, 56(2): 135-149.
                [5]  COLLINS  P,  BISNATH  S,  LAHAYE  F,  et  al.    ty, 2025, 50(4): 714-726.
                     Undifferenced  GPS  Ambiguity  Resolution  Using   [14]  WANG L, LI Z S, GE M R, et al.  Investigation of
                     the  Decoupled  Clock  Model  and  Ambiguity  Datum   the  Performance  of  Real-Time  BDS-Only  Precise
                     Fixing[J].  Navigation, 2010, 57(2): 123-135.   Point Positioning Using the IGS Real-Time Service
                [6]  WABBENA G, SCHMITZ M, BAGGE A.  PPP-            [J].  GPS Solutions, 2019, 23(3): 66.
                     RTK:  Precise  Point  Positioning  Using  State-Space   [15]  LI B F, GE H B, BU Y H, et al.  Comprehensive
                     Representation  in  RTK  Networks[C] //The  18th   Assessment  of  Real-Time  Precise  Products  from
                     International Technical Meeting of the Satellite Divi⁃  IGS  Analysis  Centers[J].   Satellite  Navigation,
                     sion  of  the  Institute  of  Navigation,  Long  Beach,   2022, 3(1): 12.
                     USA, 2005.                                 [16]  许国振, 任晓东, 张小红 .  CNES 多系统 OSB 产品
                [7]  LI X X, ZHANG X H, GE M R.  Regional Reference   质量分析及实时精密单点定位性能评估[J].  武汉
                     Network  Augmented  Precise  Point  Positioning  for   大学学报(信息科学版),2024, DOI: 10. 13203/j.
                     Instantaneous  Ambiguity  Resolution[J].   Journal  of   whugis20230376.

                     Geodesy, 2011, 85(3): 151-158.                  XU Guozhen, REN Xiaodong, ZHANG Xiaohong.
                [8]  宋伟伟, 何成鹏, 辜声峰 .  不同纬度区域电离层增                     Quality  Analysis  of  Multi-GNSS  OSB  Products
                     强 PPP-RTK 性能分析[J].  武汉大学学报(信息科                  from CNES and Its Performance Evaluation of Real-
                     学版), 2021, 46(12): 1832-1842.                   Time  Precise  Point  Positioning[J].   Geomatics  and
                     SONG  Weiwei,  HE  Chengpeng,  GU  Shengfeng.    Information  Science  of  Wuhan  University,  2024,
                     Performance Analysis of Ionospheric Enhanced PPP-  DOI: 10. 13203/j. whugis20230376.
                     RTK  in  Different  Latitudes[J].   Geomatics  and  In⁃  [17]  DU Y J, WANG J L, RIZOS C, et al.  Vulnerabili⁃
                     formation  Science  of  Wuhan  University,  2021,  46  ties and Integrity of Precise Point Positioning for In⁃
                    (12): 1832-1842.                                 telligent Transport Systems: Overview and Analysis
                [9]  GENG  J  H,  YANG  S  F,  GUO  J.   Assessing  IGS   [J].  Satellite Navigation, 2021, 2(1): 3.
                     GPS/Galileo/BDS-2/BDS-3  Phase  Bias  Products   [18]  XIAO Y C, WANG S Z, ZHAN X Q, et al.  Re⁃
                     with  PRIDE  PPP-AR[J].   Satellite  Navigation,   search  on  Integrity  Evaluation  Method  for  PPP-
                     2021, 2(1): 17.                                 RTK  Service  End[C]//China  Satellite  Navigation
                [10]  李博峰, 苗维凯, 陈广鄂 .  多频多模 GNSS 高精度                 Conference (CSNC 2022) Proceedings, Singapore:
                     定位关键技术与挑战[J].  武汉大学学报(信息科学                      Springer, 2022: 455-464.
                     版), 2023, 48(11): 1769-1783.               [19]  李 子 申 , 王 宁 波 , 李 亮 , 等 .  北 斗 高 精 度 高 可 信
                     LI  Bofeng,  MIAO  Weikai,  CHEN  Guang’e.   Key   PPP-RTK 服 务 基 本 框 架[J].  导 航 定 位 与 授 时 ,
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