百晓学者学者目录

杨旭海

中国科学院国家授时中心

个人简介

杨旭海，中国科学院国家授时中心高精度时间传递与精密测定轨研究室主任，中国科学院大学天文与空间科学学院（岗位）教授、博士生导师。长期从事高精度时间传递与卫星精密测定轨技术研究，研究方向包括双向卫星时间传递与转发式测定轨技术、北斗/GNSS的精密测定轨与时间同步技术等。

精选作品

期刊论文

  1. 杨海彦，李孝辉，张首刚，杨旭海，尹东山，马浪明，姚当，李西顺，刘佳，成璇，李志刚（2026）. 中国世界时测量技术发展. 《时间频率学报》.
  2. 刘娅，李孝辉，高玉平，武文俊，孙保琪，刘音华，杨旭海，张首刚（2026）. 中国共视时间比对技术发展. 《时间频率学报》.
  3. 孔巧丽，吴普轩，薄国立，吴元伟，李西顺，乔海花，杨旭海，张璐璐，景锡媛（2026）. 顾及周期项时变特性的DE+LS+AR高精度极移预报方法. 《武汉大学学报(信息科学版)》.DOI
  4. 张生凯，王霄，李伟超，杨旭海，张首刚，高帅和，龚学文（2026）. 利用SLR数据对中国空间站的轨道精度评估. 《宇航学报》.
  5. 李西顺，杨旭海，吴元伟，成璇，孙保琪，姚当，刘佳，张喆，张首刚（2026）. 国家授时中心高精度UT1产品的体系架构、精度评估及其服务应用. 《中国科学:地球科学》.
  6. 杨旭海，王海雪，王伟，韦沛，李伟超，刘娅，吴华兵，武文俊，雷辉，曹芬，成璇，李孝辉，董绍武，胡永辉，李志刚（2026）. 卫星双向时间频率传递技术发展. 《时间频率学报》.DOI
  7. 杜劭涵，武美芳，王侃，王锦乾，张旻剑，王格，杨旭海（2026）. 星载GNSS观测数据质量对LEO卫星钟差确定的影响研究. 《导航定位与授时》.
  8. Wei Xie, Kan Wang, Wenju Fu, Wen Lai, B. Cui, Mengyuan Li, Ahmed El-Mowafy, Xuhai Yang (2026). Multi-GNSS Real-Time Satellite Clock Estimation Using Regional Ground Stations and LEO Onboard Observations. IEEE Transactions on Aerospace and Electronic Systems.DOI
  9. Wei Xie, Kan Wang, Wenju Fu, Mengyuan Li, Shi Du, Xuhai Yang (2026). TDCP-assisted undifferenced multi-GNSS real-time satellite clock estimation. GPS Solutions.DOI
  10. Mengyuan Li, Wei Xie, Bao-Qi Sun, Haiyan Yang, Zhe Zhang, Min-Jiang Zhang, Xuhai Yang (2026). LEO onboard GNSS observation data quality evaluation and comparison: GRACE, Sentinel, and Swarm. Measurement science and technology.DOI
  11. Mei-Fang Wu, Kan Wang, Wei Xie, Beixi Chen, Jinqian Wang, Ahmed El-Mowafy, Xuhai Yang (2026). Impact on the Bias Propagation in the Integrity Monitoring of Filter-Based Real-Time LEO Satellite Clock Determination. Advances in Space Research.DOI
  12. Beixi Chen, Kan Wang, Jiawei Liu, Xuhai Yang (2026). Integrity monitoring of LEO satellite POD under poor observation continuities: simulated scenarios using sentinel-6A data. Measurement science and technology.DOI
  13. Wei Xie, Kan Wang, Mengyuan Li, Zi Chen, Guo-Lin Liu, Mengjun Wu, Xiao-Long Mi, Xuhai Yang (2026). Improving real-time PPP time transfer with the augmentation of predicted tropospheric products. GPS Solutions.DOI
  14. Hang Su, Kan Wang, Hao-Ran Jia, Bao-Qi Sun, Xuhai Yang (2026). Orbit prediction with pre-planned maneuver accelerations using an adaptive IME strategy. Measurement science and technology.DOI
  15. Weijin Qin, Kun Wu, Xuhai Yang (2026). The analysis on GNSS IPPP time frequency transfer using multiple baselines. Engineering Research Express.DOI
  16. Zewen Zhang, Yuanwei Wu, Xishun Li, Dang Yao, Xuan Cheng, Xuhai Yang, Shougang Zhang (2026). An approximately 70-year core-related modulation of Earth rotation and its implications for the leap second. Earth Planets and Space.DOI
  17. Zhizhuo Zhang, Xishun Li, Hai-Hua Qiao, Yuanwei Wu, Baoqi Sun, Hui Lei, Haiyan Yang, Qiaoli Kong, Shuaimin Wang, Yangyang Cui, Xuan Cheng, Xuhai Yang (2026). High-Precision UT1 Prediction with Different Angular Momentum Combination Schemes. Universe.DOI
  18. Yangyang Cui, Xishun Li, Yuanwei Wu, Hai-Hua Qiao, Dang Yao, Zewen Zhang, Zhizhuo Zhang, Xuhai Yang (2026). Correction: Cui et al. Segmented Polar Motion Prediction Based on Varying Effective Angular Momentum Forecast Horizons. Universe 2026, 12, 175. Universe.DOI
  19. Yangyang Cui, Xishun Li, Yuanwei Wu, Hai-Hua Qiao, Dang Yao, Z D Zhang, Z D Zhang, Xuhai Yang (2026). Segmented Polar Motion Prediction Based on Varying Effective Angular Momentum Forecast Horizons. Universe.DOI
  20. 郭宝，雷辉，杨旭海，张泽文，彭鹏（2025）. 四种对流层延迟修正模型精度及适用性分析. 《时间频率学报》.DOI
  21. 郭轶豪，韦沛，杨旭海，吴元伟，刘佳，马浪明（2025）. 基于短基线干涉相时延测量的卫星无源测轨系统设计与性能分析. 《时间频率学报》.DOI
  22. 王海雪，杨海彦，张喆，杨旭海（2025）. iGMAS扩展跟踪站的北斗/GNSS观测质量评估. 《时间频率学报》.DOI
  23. 孙令阳，韩保民，孙保琪，张喆，杨旭海（2025）. 精密共视时间传递GNSS接收机内部噪声评估研究. 《时间频率学报》.DOI
  24. 马浪明，刘佳，韦沛，李西顺，南凯，姚当，杨旭海（2025）. 喀什13 m VLBI天线接收频段优化及结果分析. 《时间频率学报》.DOI
  25. 佘佳宁，吴坤，钦伟瑾，杨旭海（2025）. 模糊度固定解的时间传递方法研究. 《测绘科学》.DOI
  26. Wei Xie, Kan Wang, Wenju Fu, Mengyuan Li, Ahmed El-Mowafy, Xuhai Yang (2025). Accelerating convergence of real-time multi-GNSS satellite clock estimation with ultra-rapid predicted GNSS satellite clocks constrained. Measurement science and technology.DOI
  27. Wei Xie, Kan Wang, Jinqian Wang, Beixi Chen, Mei-Fang Wu, A. el-Mowafy, Xuhai Yang (2025). Impact of ISB stochastic models on LEO satellite clock estimation with onboard multi-GNSS observations. Measurement science and technology.DOI
  28. Beixi Chen, Jinqian Wang, Kan Wang, Mei-Fang Wu, A. el-Mowafy, Xuhai Yang (2025). Accuracy Loss in LEO Satellite Orbits and Clocks Using Different Interpolation Methods and Sampling Rates. ION GNSS+, The International Technical Meeting of the Satellite Division of The Institute of Navigation.DOI
  29. Wei Xie, Kan Wang, Mengjun Wu, Mengyuan Li, Xuhai Yang (2025). On the multi-GNSS real-time PPP time transfer assisted by predicted receiver clocks. Measurement science and technology.DOI
  30. Yuan-Xin Wang, Bao-Qi Sun, Kan Wang, Xuhai Yang, Zhe Zhang, Min-Jiang Zhang, Mei-Fang Wu (2025). Influences of Discontinuous Attitudes on GNSS/LEO Integrated Precise Orbit Determination Based on Sparse or Regional Networks. Remote Sensing.DOI
  31. Wei Xie, Kan Wang, Wen Lai, Mengjun Wu, Mengyuan Li, Xuhai Yang (2025). LEO-Enhanced Multi-GNSS Real-Time PPP Time Transfer. Remote Sensing.DOI
  32. Jiawei Liu, Kan Wang, A. el-Mowafy, Chunbo Wei, Xuhai Yang (2025). Dilution of precision for LEO satellite precise orbit and clock determination. Advances in Space Research.DOI
  33. Jiawei Liu, Kan Wang, Beixi Chen, A. el-Mowafy, A. Allahvirdi-Zadeh, Xuhai Yang (2025). Accuracy Degradation Rate of LEO Satellite Predicted Orbits Using Different POD Methods. The International Technical Meeting of the The Institute of Navigation.DOI
  34. Jinqian Wang, Mei-Fang Wu, Kan Wang, Min Zou, Xuhai Yang (2025). Influencing factors on real-time determination of LEO satellite clocks. Measurement science and technology.DOI
  35. Jiawei Liu, Jinqian Wang, Kan Wang, Wei Xie, Mei-Fang Wu, Ahmed El-Mowafy, Xuhai Yang (2025). Real-Time Estimation of LEO Satellite Clocks Using a Combination of Low- and High-Frequency Clock Solutions. Navigation.DOI
  36. Beixi Chen, Kan Wang, A. el-Mowafy, Xuhai Yang (2025). The Effect of Observation Discontinuities on LEO Real-Time Orbital Prediction Accuracy and Integrity. Navigation.DOI
  37. Kan Wang, Wei Qi Xie, Beixi Chen, Jiawei Liu, Meifang Wu, Ahmed El‐Mowafy, Xuhai Yang (2025). Real-time LEO satellite precise orbit and clock determination for augmenting GNSS: Strategies and Challenges.DOI
  38. Xin Chen, Qianqian Chen, Fei Ye, Lei Xu, Hui Lei, Xuhai Yang, Yunyu Ge, Runzhi Zhang, guanqi liu (2025). A real-time PPP time transfer model with tropospheric delay constraints based on Galileo HAS for improved time transfer accuracy. Measurement Science and Technology.DOI
  39. Xin Chen, Xuhai Yang, R. Zhang, Yunyu Ge, Hui Lei, Haoran Jia, guanqi liu (2025). Refined real-time PPP-based timing via data fusion of meteorological models and Galileo HAS. Measurement Science and Technology.DOI
  40. Kun Wu, Weijin Qin, Daqian Lv, Wenjun Wu, Pei Wei, Xuhai Yang (2025). Robust and Adaptive Ambiguity Resolution Strategy in Continuous Time and Frequency Transfer. Remote Sensing.DOI
  41. Xishun Li, Yuanwei Wu, Dang Yao, Jia Liu, Kai Nan, Zewen Zhang, Weilong Wang, Xuchong Duan, Langming Ma, Haiyan Yang, Hai-Hua Qiao, Xuhai Yang, Xiaohui Li, Shougang Zhang (2025). Research on Universal Time/Length of Day Combination Algorithm Based on Effective Angular Momentum Dataset. Remote Sensing.DOI
  42. 王锦乾，武美芳，王侃，刘嘉伟，杨旭海，邹敏（2024）. 面向导航增强的低轨卫星钟差确定及预报方法研究. 《导航定位与授时》.
  43. 肖伟，韩保民，杨旭海，雷辉（2024）. 基于IERS1972—2023年间日长变化数据的中短周期分析. 《时间频率学报》.
  44. 南凯，曹芬，雷辉，李西顺，刘佳，马浪明，杨旭海（2024）. VLBI观测对转发式测距GEO卫星定轨精度的贡献分析. 《时间频率学报》.
  45. 邹敏，刘嘉伟，谢威，王侃，武美芳，杨旭海（2024）. 基于卡尔曼滤波的低轨卫星实时运动学定轨及预报分析. 《时间频率学报》.
  46. 郭鹏嵩，韦沛，马浪明，王伟，贾浩然，杨旭海（2024）. 干涉测量数据采集设备时延的温度效应. 《时间频率学报》.
  47. 李镕希，吴元伟，冯来平，姚当，杨旭海，张首刚（2024）. 基于国内VLBI站组网的EOP观测仿真研究. 《时间频率学报》.
  48. 王霄，肖伟，李伟超，杨旭海，李志刚（2024）. 国家授时中心西安卫星激光测距系统进展. 《时间频率学报》.
  49. Hongyuan Zhou, Baoqi Sun, Lingyang Sun, Lihua Zhao, Zhe Zhang, Ge Wang, Kan Wang, Xuhai Yang (2024). Accuracy analysis of BeiDou-3/GPS real-time precise common view time transfer based on carrier-phase. 《第十四届中国卫星导航年会论文集——S04时间频率与精密授时》.DOI
  50. Beixi Chen, Kan Wang, A. el-Mowafy, Xuhai Yang (2024). Real-Time GNSS Satellite SISRE and its Integrity for LEO Satellite Precise Orbit Determination. Proceedings of the 2024 International Technical Meeting of The Institute of Navigation.DOI
  51. Mei-Fang Wu, Kan Wang, Jinqian Wang, Wei Xie, Jiawei Liu, Beixi Chen, Yu-Long Ge, A. el-Mowafy, Xuhai Yang (2024). Impact of Latency and Continuity of GNSS Products on Filter-Based Real-Time LEO Satellite Clock Determination. Remote Sensing.DOI
  52. Kan Wang, Hang Su, A. el-Mowafy, Xuhai Yang (2024). Gaps in Real-Time GNSS Satellite Clocks and Their Impacts on LEO Satellite POD. ION GNSS+, The International Technical Meeting of the Satellite Division of The Institute of Navigation.DOI
  53. Wei Xie, Kan Wang, Wenju Fu, B. Cui, Xuhai Yang (2024). Regional multi-station real-time time transfer using an undifferenced multi-GNSS network solution. GPS Solutions.DOI
  54. Kan Wang, A. el-Mowafy, Fang Cheng, Xuhai Yang (2024). LEO Augmentation in Large-Scale Ionosphere-Float PPP-RTK Positioning. Journal of Surveying Engineering.DOI
  55. Wei Xie, Hang Su, Kan Wang, Jiawei Liu, Mei-Fang Wu, Min Zou, A. el-Mowafy, Xuhai Yang (2024). Real-time LEO satellite clock estimation with predicted LEO satellite orbits constrained. GPS Solutions.DOI
  56. Jiawei Liu, Kan Wang, A. el-Mowafy, Xuhai Yang (2024). PCO and hardware delay calibration for LEO satellite antenna downlinking navigation signals. Measurement science and technology.DOI
  57. Mei-Fang Wu, Kan Wang, Jinqian Wang, Jiawei Liu, Beixi Chen, Wei Xie, Zhe Zhang, Xuhai Yang (2024). Real-Time LEO Satellite Clocks Based on Near-Real-Time Clock Determination with Ultra-Short-Term Prediction. Remote Sensing.DOI
  58. Kan Wang, Bao-Qi Sun, A. el-Mowafy, Xuhai Yang (2024). High-Precision Time Transfer and Relative Orbital Determination Among LEO Satellites in Real Time. Navigation.DOI
  59. Xin Chen, Xuhai Yang, Yulong Ge, Yanlong Liu, Lei Hui (2024). The Investigation of Global Real-Time ZTD Estimation from GPS/Galileo PPP Based on Galileo High Accuracy Service. Remote Sensing.DOI
  60. Chao Li, Xishun Li, WU Yuan-wei, Xuhai Yang, Hai-Hua Qiao, Haiyan Yang (2024). Improved LOD and UT1-UTC Prediction Using Least Squares Combined with Polynomial CURVE Fitting. Remote Sensing.DOI
  61. Weijin Qin, Zhe Zhang, Pei Wei, Hang Su, Xuhai Yang (2024). Analysis of the performance of the PPP-B2b satellite clock and its effects on time transfer. Physica Scripta.DOI
  62. Wei Qi Xie, Hang Su, Kan Wang, Min Zou, Xuhai Yang (2024). LEO satellite clock determination in real-time with predicted orbits introduced.DOI
  63. Xishun Li, Xuhai Yang, Renyin Ye, Xuan Cheng, Shougang Zhang (2024). Research on Methods to Improve Length of Day Precision by Combining with Effective Angular Momentum. Remote Sensing.DOI
  64. 韩晓红，孙保琪，张喆，周红源，杨海彦，赵当丽，杨旭海（2023）. 基于北斗三号PPP-B2b轨道的实时精密共视时间传递. 《导航定位与授时》.
  65. 刘嘉伟，孙保琪，韩蕊，张喆，王侃，袁海波，杨旭海（2023）. GNSS多系统RTK授时性能分析. 《导航定位与授时》.
  66. 杨新宇，吴元伟，赵鑫，杨旭海，张首刚（2023）. 基于地球流体有效角动量函数的UT1分段预报. 《时间频率学报》.
  67. 刘嘉伟，孙保琪，张喆，王源昕，武美芳，王侃，杨旭海（2023）. 全球网北斗三号卫星跟踪情况及数据质量分析. 《时间频率学报》.
  68. 宋叶志，杨旭海，陈倩，谭龙玉，刘佳（2023）. 星载光学天文定位的空间目标轨道确定方法. 《测绘科学》.
  69. 钦伟瑾，杨旭海（2023）. 一种同频点的卫星接收机时延确定方法. 《电子学报》.
  70. 贾浩然，吉日格乐，雷辉，吴元伟，韦沛，杨颖，段洪涛，霍甲，杨旭海，姚当（2023）. 基于干涉时差测量的卫星无源测定轨技术及其结果. 《时间频率学报》.
  71. 李晓，钦伟瑾，杨旭海（2023）. 实时PPP时间传递性能评估. 《测绘通报》.
  72. 王霄，李伟超，杨旭海，钦伟瑾，王伟，李志刚（2023）. 基于SGP4模型的空间站跟踪算法. 《测绘通报》.
  73. Kan Wang, A. el-Mowafy, Xuhai Yang (2023). Integer Ambiguity Resolution in Multi-Constellation GNSS for LEO Satellite POD. Proceedings of the 36th International Technical Meeting of the Satellite Division of The Institute of Navigation (ION GNSS+ 2023).DOI
  74. Hang Su, Kan Wang, Xuhai Yang (2023). Improving LEO Satellite Onboard SPP Orbits with Dynamic Models. Proceedings of the 36th International Technical Meeting of the Satellite Division of The Institute of Navigation (ION GNSS+ 2023).DOI
  75. Kan Wang, A. el-Mowafy, Hang Su, Xuhai Yang (2023). On the Very Short and Very Long LEO Satellite Orbit Prediction. Proceedings of the 2023 International Technical Meeting of The Institute of Navigation.DOI
  76. Kan Wang, A. el-Mowafy, Xuhai Yang (2023). LEO Satellite Clock Modeling and Its Benefits for LEO Kinematic POD. Remote Sensing.DOI
  77. Zhe Zhang, Bao-Qi Sun, Kan Wang, Xiao Han, Haiyan Yang, Ge Wang, Mei-Fang Wu, Yuan-Xin Wang, Chang-Jiang Geng, Xuhai Yang (2023). Sub-Nanosecond UTC Dissemination Based on BDS-3 PPP-B2b Service. Remote Sensing.DOI
  78. Kan Wang, Hang Su, Ahmed El‐Mowafy, Xuhai Yang (2023). Prediction and ephemeris fitting of LEO navigation satellites orbits computed at the antenna phase center. Measurement.DOI
  79. Jia Peter Liu, Zhe Zhang, Xuhai Yang, Baoqi Sun, Yuanxin Wang, Lei Hui, Yuanwei Wu, Langming Ma, Xishun Li, Kai Nan, Shougang Zhang (2023). Experimental Study on VLBI Time Transfer Based on GEO Satellite Observation. Joint Conference of the European Frequency and Time Forum and IEEE International Frequency Control Symposium (EFTF/IFCS).DOI
  80. Wejin Qin, Jia Liu, Xuhai Yang (2023). Time Transfer Experiments Based on BDS Code Observations. Joint Conference of the European Frequency and Time Forum and IEEE International Frequency Control Symposium (EFTF/IFCS).DOI
  81. Xishun Li, Yuanwei Wu, Dang Yao, Jia Liu, Kai Nan, Langming Ma, Xuan Cheng, Yang Xuhai, Shougang Zhang (2023). Research on UT1-UTC and LOD Prediction Algorithm Based on Denoised EAM Dataset. Remote Sensing.DOI
  82. 李西顺，吴元伟，叶仁琼，杨旭海，张首刚（2022）. 基于超快速ΔLOD/UT1融合的近实时UT1序列. 《仪器仪表学报》.DOI
  83. 吴元伟，李西顺，孙保琪，尹东山，姚当，马浪明，刘佳，杨海彦，高玉平，杨旭海，张首刚（2022）. 国家授时中心自主世界时测量与服务系统. 《时间频率学报》.
  84. 赵鑫，吴元伟，杨新宇，杨旭海，张首刚（2022）. 基于有效角动量函数的多参数极移预报. 《天文学报》.
  85. 张喆，杨海彦，王海雪，王格，何战科，徐永亮，孙保琪，杨旭海（2022）. 国际GNSS监测评估系统数据采集与服务的研究及应用. 《数据与计算发展前沿》.
  86. 李雪宁，孙保琪，杨海彦，苏行，杨旭海（2022）. iGMAS国家授时中心跟踪站新接收机钟差分析与相对时延校准. 《电子设计工程》.
  87. 苏行，杨韬，孙保琪，杨旭海（2022）. 基于N-BEATS的单站对流层天顶总延迟预报. 《中国空间科学技术(中英文)》.
  88. 李西顺，吴元伟，姚当，刘佳，马浪明，杨旭海，张首刚（2022）. 基于国内宽带VLBI2010系统及iGMAS的UT1/ΔLOD数据融合方法. 《系统工程与电子技术》.
  89. Kan Wang, Xuhai Yang, A. el-Mowafy (2022). Visibility of LEO Satellites under Different Ground Network Distributions. ION GNSS+, The International Technical Meeting of the Satellite Division of The Institute of Navigation.DOI
  90. Kan Wang, Bao-Qi Sun, Wei-Jin Qin, Xiao-Long Mi, A. el-Mowafy, Xuhai Yang (2022). A method of real-time long-baseline time transfer based on the PPP-RTK. Advances in Space Research.DOI
  91. Kan Wang, A. el-Mowafy, Xuhai Yang (2022). URE and URA for predicted LEO satellite orbits at different altitudes. Advances in Space Research.DOI
  92. Kan Wang, Jia-Wei Liu, Hang Su, A. el-Mowafy, Xuhai Yang (2022). Real-Time LEO Satellite Orbits Based on Batch Least-Squares Orbit Determination with Short-Term Orbit Prediction. Remote Sensing.DOI
  93. Kan Wang, A. el-Mowafy, Wei Wang, Long Yang, Xuhai Yang (2022). Integrity Monitoring of PPP-RTK Positioning; Part II: LEO Augmentation. Remote Sensing.DOI
  94. Yulong Ge, Xinyun Cao, Feng Zhou, Fei Shen, Fuyang Ke, Xuhai Yang (2022). An improved method for real-time PPP timing and time transfer with broadcast ephemerides. Measurement Science and Technology.DOI
  95. Wei Wang, Xuhai Yang, Weichao Li, Pei Wei, Xiao Wang, Fen Cao, Liang Chen (2022). Research on the Influence of the Residual Effects of TWSTFT on the Triangular Closure Difference. IEEE Transactions on Instrumentation and Measurement.DOI
  96. Kai Nan, Cao Fen, Jianjun Gong, Lei Hui, Li Zhigang, Xuhai Yang (2022). The Short-Arc Precise Orbit Determination of GEO Satellites Using VLBI and Transfer Ranging. Remote Sensing.DOI
  97. 武美芳，孙保琪，杨旭海，王格，王源昕（2021）. 基于iGMAS的国家标准时间精密授时系统. 《导航定位与授时》.DOI
  98. 杨欣，李伟超，王霄，杨旭海，安元元（2021）. 1.05 m激光望远镜基墩改造与圆顶偏心改正. 《时间频率学报》.DOI
  99. 孙保琪，韩蕊，刘嘉伟，张喆，王格，陈亮，刘娅，杨旭海（2021）. 基于北斗三号的多区域实时动态授时服务系统. 《导航定位与授时》.DOI
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  105. Hang Su, T. Yang, Kan Wang, Bao-Qi Sun, Xuhai Yang (2021). Evaluation of Precipitable Water Vapor Retrieval from Homogeneously Reprocessed Long-Term GNSS Tropospheric Zenith Wet Delay, and Multi-Technique. Remote Sensing.DOI
  106. Hang Su, Tao Yang, Bao-Qi Sun, Xuhai Yang (2021). Modified atmospheric pressure extrapolation model using ERA5 for geodetic applications. GPS Solutions.DOI
  107. Wei-Jin Qin, Xiao Wang, Hang Su, Zhe Zhang, Xiao Li, Xuhai Yang (2021). The Benefits of Receiver Clock Modelling in Satellite Timing. Italian National Conference on Sensors.DOI
  108. Mei-Fang Wu, Bao-Qi Sun, Yuan-Xin Wang, Zhe Zhang, Hang Su, Xuhai Yang (2021). Sub-nanosecond one-way real-time time service system based on UTC. GPS Solutions.DOI
  109. Weijin Qin, Hang Su, Pei Wei, Haiyan Yang, Xiao Li, Xuhai Yang (2021). The analysis on BDS-3 carrier phase time transfer under the mode of basic navigation mode. Measurement Science and Technology.DOI
  110. Yulong Ge, Xinyun Cao, Fei Shen, Xuhai Yang, Shengli Wang (2021). BDS-3/Galileo Time and Frequency Transfer with Quad-Frequency Precise Point Positioning. Remote Sensing.DOI
  111. Weijin Qin, Yulong Ge, Zhe Zhang, Haiyan Yang, Hang Su, Xuhai Yang (2021). Enhancing BDS-3 precise time transfer with DCB modelling. Measurement.DOI
  112. Wei Wang, Xuhai Yang, Weichao Li, Yulong Ge, Liang Chen, Fen Cao, Pei Wei, Peng Liu, Li Zhigang (2021). Research on Evaluation Method of Time Transfer Performance Between Ground Stations in Two-Way Satellite Comparison Network. IEEE Access.DOI
  113. 王然，杨旭海，孙保琪，杨海彦，张喆（2020）. 守时实验室iGMAS站接收机钟差分析与时延相对校准. 《时间频率学报》.DOI
  114. 张继荣，李辉，弓剑军，杨旭海（2020）. VLBI观测北斗GEO卫星的相关处理试验. 《时间频率学报》.DOI
  115. 姚攀，杨旭海，孙保琪，武美芳（2020）. 基于CNES实时多系统产品PPP时间传递. 《时间频率学报》.DOI
  116. 宋叶志，黄勇，杨建华，胡小工，杨旭海（2020）. 风云四号卫星双程测距系统精密轨道确定. 《宇航学报》.
  117. 吴文雅，马浪明，姚当，刘佳，吴元伟，杨旭海（2020）. 国家授时中心VLBI网13m射电望远镜指向修正. 《时间频率学报》.DOI
  118. Shuo Ding, Yulong Ge, Peipei Dai, Weijin Qin, Xuhai Yang, Ye Yu (2020). Considering Receiver Clock Modeling in PPP Time Transfer with BDS-3 Triple-Frequency Un-combined Observations. Lecture notes in electrical engineering.DOI
  119. Yulong Ge, Shuo Ding, Peipei Dai, Xuhai Yang, Weijin Qin, Ye Yu (2020). The Method of BDS PPP Time Transfer Considering Clock Modeling. Lecture notes in electrical engineering.DOI
  120. 姚当，吴元伟，张波，孙靖，孙焱，徐双敬，刘佳，马浪明，弓剑军，杨颖，杨旭海 (2020). The NTSC VLBI System and its application in UT1 measurement. Research in Astronomy and Astrophysics.
  121. Kunjuan Zhao, Wenhe Yan, Haiyan Yang, Xuhai Yang (2020). Preliminary Analysis of Ionospheric Responses to Geomagnetic Storms Using the BDS GEO Satellites. IOP Conference Series: Materials Science and Engineering.DOI
  122. Kunjuan Zhao, Wenhe Yan, Xuhai Yang, Haiyan Yang, Pei Wei (2020). BDGIM performance evaluation based on iGMAS global tracking network.DOI
  123. Yulong Ge, Shuo Ding, Peipei Dai, Weijin Qin, Xuhai Yang (2020). Modeling and assessment of real-time precise point positioning timing with multi-GNSS observations. Measurement Science and Technology.DOI
  124. Yulong Ge, Shaoxin Chen, Tao Wu, Caoming Fan, Weijin Qin, Feng Zhou, Xuhai Yang (2020). An analysis of BDS-3 real-time PPP: Time transfer, positioning, and tropospheric delay retrieval. Measurement.DOI
  125. Peipei Dai, Jianping Xing, Yulong Ge, Xuhai Yang, Weijin Qin, Yanchen Dong, Zhe Zhang (2020). The Effect of BDS-3 Time Group Delay and Differential Code Bias Corrections on Positioning. Applied Sciences.DOI
  126. Shengli Wang, Xingwang Zhao, Yulong Ge, Xuhai Yang (2020). Investigation of real-time carrier phase time transfer using current multi-constellations. Measurement.DOI
  127. Haiyan Yang, Xuhai Yang, Zhe J. Zhang, Baoqi Sun, Weijin Qin (2020). Evaluation of the Effect of Higher-Order Ionospheric Delay on GPS Precise Point Positioning Time Transfer. Remote Sensing.DOI
  128. Weijin Qin, Yulong Ge, Wei Wang, Xuhai Yang (2020). An Approach for Mitigating PPP Day Boundary with Clock Stochastic Model.DOI
  129. Xuhai Yang, Shuo Ding, Xuan Cheng, Wei Wang, Liang Chen, Lei Hui, Fen Cao, Weichao Li, Li Zhigang (2020). Application of TWSTFT: the technology of satellite Orbit Determination by Two-way Tracking (ODTT).DOI
  130. Shuo Ding, Wei Wang, Xuhai Yang, Weichao Li (2020). Performance Evaluation on C-Band TWSTFT Network of National Time Service Center.DOI
  131. Yulong Ge, Shuo Ding, Weijin Qin, Feng Zhou, Xuhai Yang, Shengli Wang (2020). Performance of ionospheric-free PPP time transfer models with BDS-3 quad-frequency observations. Measurement.DOI
  132. Yulong Ge, Shuo Ding, Weijin Qin, Feng Zhou, Xuhai Yang (2020). Carrier phase time transfer with Galileo observations. Measurement.DOI
  133. Weijin Qin, Yulong Ge, Zhe J. Zhang, Hang Su, Pei Wei, Xuhai Yang (2020). Accounting BDS3–BDS2 inter-system biases for precise time transfer. Measurement.DOI
  134. Pei Wei, Chaozhong Yang, Yang Xuhai, Fen Cao, Zhenyuan Hu, Li Zhigang, Ji Guo, Xiaohui Li, Weijin Qin (2020). Common-View Time Transfer Using Geostationary Satellite. IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control.DOI
  135. 黄承强，杨旭海，成璇，李志刚，李伟超，曹芬（2019）. 转发式测轨系统地面设备时延测量方法. 《导航定位与授时》.DOI
  136. 刘凯，杨旭海，陈亮，韦沛，成璇，曹芬，南凯（2019）. 基于转发式一发多收模式的GEO卫星定轨研究. 《时间频率学报》.DOI
  137. 徐磊，杨旭海，弓剑军，刘佳（2019）. 卫星共视与基线长度及卫星高度关系的研究. 《时间频率学报》.DOI
  138. 欧阳明俊，杨旭海，孙保琪，葛玉龙（2019）. 基于初始运行阶段Galileo PPP国际时间传递. 《时间频率学报》.DOI
  139. 刘凯，杨旭海，陈亮，韦沛（2019）. GEO卫星的一发多收测定轨方法. 《第十届中国卫星导航年会论文集——S04 卫星轨道与系统误差处理》.
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  141. Peipei Dai, Xuhai Yang, Weijin Qin, Ran Wang, Zhe Zhang (2019). Analysis of BDS-2+BDS-3 Combination Real-Time Time Transfer Based on iGMAS Station. Lecture notes in electrical engineering.DOI
  142. 王霄，雷辉，杨旭海，弓剑军，李志刚（2019）. 基于VLBI观测的基线改正方法. 《测绘科学》.
  143. 王伟，李伟超，杨旭海，曹芬，陈亮（2019）. Modem通道时延对多台站TWSTFT的影响分析. 《测绘科学》.
  144. Yulong Ge, Xuhai Yang, Wei-Jin Qin, Haiyan Yang, Wei Guang, Feng Zhou, Ming-Jun Ouyang, Sheng-Li Wang (2019). Mitigation of the multipath effect in BDS-based time transfer using a wave-absorbing shield. Advances in Space Research.DOI
  145. Yulong Ge, Weijin Qin, Ke Su, Xuhai Yang, Mingjun Ouyang, Feng Zhou, Xingwang Zhao (2019). A new approach to real-time precise point-positioning timing with International GNSS Service real-time service products. Measurement Science and Technology.DOI
  146. Yulong Ge, Feng Zhou, Peipei Dai, Weijin Qin, Shengli Wang, Xuhai Yang (2019). Precise point positioning time transfer with multi-GNSS single-frequency observations. Measurement.DOI
  147. Yulong Ge, Peipei Dai, Weijin Qin, Xuhai Yang, Feng Zhou, Shengli Wang, Xingwang Zhao (2019). Performance of Multi-GNSS Precise Point Positioning Time and Frequency Transfer with Clock Modeling. Remote Sensing.DOI
  148. Weijin Qin, Yulong Ge, Pei Wei, Peipei Dai, Xuhai Yang (2019). Assessment of the BDS-3 on-board clocks and their impact on the PPP time transfer performance. Measurement.DOI
  149. Peipei Dai, Yulong Ge, Weijin Qin, Xuhai Yang (2019). BDS-3 Time Group Delay and Its Effect on Standard Point Positioning. Remote Sensing.DOI
  150. Weijin Qin, Yulong Ge, Pei Wei, Xuhai Yang (2019). An Approach to a Clock Offsets Model for Real-Time PPP Time and Frequency Transfer During Data Discontinuity. Applied Sciences.DOI
  151. 钦伟瑾，葛玉龙，杨旭海（2018）. 伽利略星载被动型氢原子钟性能评估. 《仪器仪表学报》.DOI
  152. 弓剑军，马浪明，姚当，杨旭海（2018）. 基于VGOS的GEO卫星观测试验. 《时间频率学报》.
  153. 姚当，弓剑军，马浪明，刘佳，吴文雅，徐磊，吕林蔚，吴元伟，张秀忠，王广利，舒逢春，杨旭海（2018）. 基于VGOS系统的UT1初步观测与计算. 《时间频率学报》.
  154. 杨旭海（2018）. 一种基于北斗GEO导航卫星的精密共视时间频率传递方法. 《中国天文学会2018年学术年会摘要集》.DOI
  155. 张立，孙保琪，武文俊，葛玉龙，钦伟瑾，杨旭海（2018）. 基于IGS MGEX产品分析GPS PPP时间传递. 《时间频率学报》.
  156. 李政，杨旭海，弓剑军，杨颖（2018）. VGOS观测网初步观测及其讨论. 《时间频率学报》.
  157. 南凯，杨旭海，曹芬，张婧宇，张柯（2018）. 基于高精度对流层延迟改正的转发式卫星测定轨. 《时间频率学报》.
  158. 钦伟瑾，韦沛，杨旭海，任晓乾（2018）. 导航卫星自主时间维持算法影响因素分析. 《天文学报》.
  159. Yulong Ge, Xuhai Yang, Weijin Qin, Hang Su, Meifang Wu, Yuanxi Wang, Shengli Wang (2018). Time Transfer Analysis of GPS- and BDS-Precise Point Positioning Based on iGMAS Products. Lecture notes in electrical engineering.DOI
  160. Haiyan Yang, Xuhai Yang, Zhe Zhang, Kunjuan Zhao (2018). High-Precision Ionosphere Monitoring Using Continuous Measurements from BDS GEO Satellites. Italian National Conference on Sensors.DOI
  161. Yulong Ge, Feng Zhou, Tianjun Liu, Weijin Qin, Shengli Wang, Xuhai Yang (2018). Enhancing real-time precise point positioning time and frequency transfer with receiver clock modeling. GPS Solutions.DOI
  162. Yulong Ge, Weijin Qin, Xinyun Cao, Feng Zhou, Shengli Wang, Xuhai Yang (2018). Consideration of GLONASS Inter-Frequency Code Biases in Precise Point Positioning (PPP) International Time Transfer. Applied Sciences.DOI
  163. 陈琪，雷辉，杨旭海，陈亮，王伟（2017）. 基于转发式分时观测的IGSO卫星定轨研究. 《时间频率学报》.
  164. 杨旭海（2017）. 星双向时间传递及其在卫星测轨中的应用. 《中国天文学会2017年学术年会》.
  165. 杨海彦，孙保琪，杨旭海，苏行，姚当（2017）. Multi-GNSS多路径效应与观测噪声综合分析. 《时间频率学报》.
  166. Mei-Fang Wu, Bao-Qi Sun, Xuhai Yang, Hang Su (2017). Satellite clock offset estimation and analysis based on arc-wise observation files. 2017 Joint Conference of the European Frequency and Time Forum and IEEE International Frequency Control Symposium (EFTF/IFC).DOI
  167. Zhao-Min Jia, Xuhai Yang, Bao-Qi Sun, Xiaoping Zhou, Bo Xiang, Xin-Yu Dou (2017). Direct Digital Frequency Control Based on the Phase Step Change Characteristic between Signals. Chinese Physics Letters.DOI
  168. Zhanke He, Wenda Tang, Xuhai Yang, Liming Wang (2017). Assessing the transmission performance of iGMAS real-time data streams. MATEC Web of Conferences.DOI
  169. 杨旭海，丁硕，雷辉，曹芬，李志刚，郭际，李伟超，孙保琪，陈亮，黄承强，成璇，弓剑军，龚婕（2016）. 转发式测定轨技术及其研究进展. 《时间频率学报》.
  170. 张婧宇，孙保琪，孔垚，杨旭海（2016）. 基于MGEX跟踪网的北斗卫星观测的对流层天顶延迟计算与分析. 《时间频率学报》.
  171. 钦伟瑾，韦沛，杨旭海（2016）. 一种特殊星间链路的应用研究. 《天文学报》.
  172. Haiyan Yang, Xuhai Yang, Bao-Qi Sun, Hang Su (2016). Global Navigation Satellite System Multipath Mitigation Using a Wave-Absorbing Shield. Italian National Conference on Sensors.DOI
  173. 吕林蔚，杨旭海，杨颖，弓剑军（2015）. GEO卫星信号相关处理关键技术研究及DiFX自相关实现. 《时间频率学报》.
  174. 钦伟瑾，杨旭海，任晓乾，韦沛（2015）. 星上系统时间算法研究. 《宇航学报》.
  175. Yao Kong, Bao-Qi Sun, Xuhai Yang, Xiao-Zhen Zhang (2015). GPS/BDS One-Step Combined Precise Orbit Determination Based on Double-Differenced mode.DOI
  176. Meifang Wu, Pei Wei, Xuhai Yang, Shougang Zhang (2015). The method of determination of GEO satellite precise clock bias during maneuvering.DOI
  177. 钦伟瑾，韦沛，杨旭海，郭际（2014）. 基于移动标校站的站间系统差标定与评估方法研究. 《第五届中国卫星导航学术年会论文集-S4 原子钟技术与时频系统》.
  178. 杨旭海（2014）. 基于北斗地基增强系统的精密授时方法研究. 《中国天文学会2014年学术年会》.
  179. 钦伟瑾，杨旭海，韦沛，李志刚（2014）. 一种星间设备系统偏差的标定方法. 《宇航学报》.
  180. 刘星东，雷辉，杨旭海（2014）. 同步卫星导航试验系统广播星历设计. 《时间频率学报》.
  181. 苏行，何战科，孔垚，孙保琪，杨旭海（2014）. 北斗观测数据质量检测方法及其软件实现. 《时间频率学报》.
  182. 王树拥，弓剑军，杨旭海（2014）. 导航卫星测定轨数据/产品服务系统的设计与实现. 《时间频率学报》.
  183. Yao Kong, Bao-Qi Sun, Xuhai Yang (2014). Beidou navigation satellite region orbit determination method based on multiple stage location receiver.
  184. Yao Kong, Xuhai Yang, Hong Chang, Wei-Jin Qin, Fen Cao, Zhi-Gang Li, Bao-Qi Sun (2014). Method of Precise Common-View frequency transfer based on BeiDou GEO satellite. International Conference on Foundations of Computer Science.DOI
  185. Zhanke He, Wenda Tang, Xuhai Yang, Liming Wang, Jihua Liu (2014). Use of NTRIP for Optimizing the Decoding Algorithm for Real-Time Data Streams. Sensors.DOI
  186. Fen Cao, Xuhai Yang, Li Zhigang, Baoqi Sun, Yao Kong, Liang Chen, ChuGang Feng (2014). Orbit determination and prediction of GEO satellite of BeiDou during repositioning maneuver. Advances in Space Research.DOI
  187. Jihua Liu, Li Zhigang, Xuhai Yang, OU Jikun, Shiming Zhong, Baoqi Sun, Jiasong Wang, Yao Kong, Zhanke He (2014). Variation of satellite transponder delay. Chinese Science Bulletin.DOI
  188. 武文俊，李志刚，李孝辉，杨旭海，陈亮，弓剑军（2013）. 转发式测距设备时延中的温度效应. 《时间频率学报》.
  189. 李伟超，杨旭海，李志刚（2013）. 卫星双向时间与频率传递试验. 《2013中国天文学会学术年会文集》.
  190. 方琳，杨旭海，孙保琪，钦伟瑾，孔垚（2013）. 基于非同时双向星间链路的自主时间同步仿真分析. 《天文学报》.
  191. 王常何，李伟超，欧吉坤，杨旭海（2013）. 拟准检定法在TWSTFT数据预处理中的应用. 《时间频率学报》.
  192. 韦沛，杨旭海，郭际，李志刚，钦伟瑾（2013）. 卫星双向非连续时间比对的结果分析. 《时间频率学报》.
  193. 曹芬，杨旭海，李志刚，杨颖，孙保琪，冯初刚（2013）. TWSTFT站间钟差残差与测站环境温度的相关性分析. 《时间频率学报》.
  194. Ying Yang, Xuhai Yang, Zhigang Li, ChuGang Feng (2013). Satellite orbit determination combining C-band ranging and differenced ranges by transfer. Chinese Science Bulletin.DOI
  195. 王颖，徐波，杨旭海（2012）. 一种利用泛函网络进行导航卫星钟差预报的方法研究. 《宇航学报》.
  196. 武文俊，李志刚，李孝辉，杨旭海，孔垚，雷辉（2012）. IGS电离层产品在双向时间频率传递中的应用. 《宇航计测技术》.
  197. 孔垚，杨旭海，孙保琪，李志刚，陈亮（2012）. 基于“北斗”观测数据的C波段双向卫星时间频率传递中的电离层改正. 《时间频率学报》.
  198. 武文俊，李志刚，杨旭海，雷辉，陈亮，成璇，冯初刚（2012）. 卫星双向时间频率传递中的Sagnac效应. 《宇航学报》.
  199. Xuhai Yang (2012). Research on the Navigation Satellite Clock Error Prediction Using Functional Network.
  200. Ying Yang, Zhigang Li, Xuhai Yang, ChuGang Feng, Fen Cao (2012). Satellite orbit determination by transfer with differenced ranges. Chinese Science Bulletin.DOI
  201. Yang Xuhai, Zhenyuan Hu, Ji Guo, Xiaohui Li, Li Zhigang, Yuan Haibo (2012). Method of common-view time transfer with transfer mode based on geostationary satellite. Proceedings of the IEEE International Frequency Control Symposium.DOI
  202. Wenjun Wu, Li Zhigang, Yang Xuhai, Ren Xiaoqian, Liang Chen, Lei Hui, Feng Chugang (2012). A new method for satellite motion correction in TWSTFT. Proceedings of the IEEE International Frequency Control Symposium.DOI
  203. Bo Xu, Ying Wang, Xuhai Yang (2012). Navigation Satellite Clock Error Prediction Based on Functional Network. Neural Processing Letters.DOI
  204. 曹芬，杨旭海，李志刚，冯初刚（2011）. 地球自转参数对同步卫星定轨的影响. 《第二届中国卫星导航学术年会》.
  205. 孔垚，杨旭海（2011）. 用北斗双频观测数据改正C波段双向卫星时间传递中的电离层时延. 《中国天文学会2011年学术年会》.
  206. 雷辉，李志刚，杨旭海，武文俊，成璇，冯初刚（2011）. 基于转发式的COMPASS-GEO精密定轨试验. 《第二届中国卫星导航学术年会电子文集》.
  207. 武文俊，李志刚，杨旭海（2011）. 电离层延迟改正模型的研究. 《第二届中国卫星导航学术年会电子文集》.
  208. 雷辉，李志刚，杨旭海，武文俊，成璇，冯初刚（2011）. 基于转发式的北斗卫星导航系统地球静止轨道卫星精密定轨试验. 《测绘学报》.
  209. 雷辉，李志刚，杨旭海（2011）. 基于转发式体制的低轨卫星精密定轨仿真分析. 《卫星导航系统应用与繁荣2011》.
  210. Xuhai Yang, Lang-Ming Ma, Bao-Qi Sun, Hui Lei, Le Sun, Zhi-Gang Li, Wei Zhou (2011). The method of time synchronization based on the combination of COMPASS GEO pseudo-range and two-way data. 2011 Joint Conference of the IEEE International Frequency Control and the European Frequency and Time Forum (FCS) Proceedings.DOI
  211. Lei Hui, Li Zhigang, Xuhai Yang, Wenjun Wu, Xuan Cheng, Ying Yang, ChuGang Feng (2011). Geostationary orbit determination using SATRE. Advances in Space Research.DOI
  212. Wenjun Wu, Li Zhigang, Yang Xuhai, Lei Hui, Chen Xuan, Feng Chugang (2011). Satellite orbit determination and time transfer based on TWSTFT.DOI
  213. 雷辉，李志刚，杨旭海，武文俊，成璇，冯初刚（2010）. 转发式对观测卫星定轨. 《卫星导航产业机遇与挑战2010》.
  214. 刘亚琼，杨旭海（2010）. GPS星间链路及其数据的模拟方法研究. 《时间频率学报》.
  215. 何战科，杨旭海，李志刚，程宗颐（2010）. 利用GPS观测资料解算地球自转参数. 《时间频率学报》.
  216. 孙保琪，欧吉坤，杨旭海，刘吉华，盛传贞（2010）. 基于多频载波相位的GEO导航卫星精密定轨. 《第一届中国卫星导航学术年会论文集（中）》.
  217. Xuhai Yang (2010). Estimation of Earth Rotation Parameters Based on GPS Observations.
  218. 何战科，杨旭海，李志刚，程宗颐（2009）. 利用GPS资料解算地球自转参数. 《2009全国时间频率学术会议论文集》.
  219. Li Zhigang, Xuhai Yang, Guoxiang Ai, HuLi Si, RongChuan Qiao, ChuGang Feng (2009). A new method for determination of satellite orbits by transfer. Science in China. Series G, Physics, mechanics & astronomy/Science in China. Series G, Physics, Mechanics & Astronomy.DOI
  220. Xuhai Yang, Li Zhigang, ChuGang Feng, Ji Guo, Huli Shi, Guoxiang Ai, Fenglei Wu, RongChuan Qiao (2009). Methods of rapid orbit forecasting after maneuvers for geostationary satellites. Science in China. Series G, Physics, mechanics & astronomy/Science in China. Series G, Physics, Mechanics & Astronomy.DOI
  221. Fenglei Wu, Yang Xuhai, Xiaohui Li, Wenhai Jiao, Xiaolin Jia, Fen Cao, Le Sun (2009). Common-View time transfer experiment based on COMPASS-M1 satellite.DOI
  222. 李志刚，杨旭海，施浒立，艾国祥，乔荣川，冯初刚（2008）. 转发器式卫星轨道测定新方法. 《中国科学:物理学 力学 天文学》.
  223. 李伟超，李志刚，杨旭海（2008）. VSAT数据采集处理系统中的时间同步技术. 《电子测量与仪器学报》.
  224. 武文俊，李志刚，杨旭海，程宗颐，王晓晗（2008）. 利用时间序列模型预报电离层TEC. 《时间频率学报》.
  225. 杨旭海，李志刚，冯初刚，郭际，施浒立，艾国祥，吴风雷，乔荣川（2008）. GEO卫星机动后的星历快速恢复方法. 《中国科学:物理学 力学 天文学》.
  226. Zhi-Qiang Yin, Jun-Xiang Cui, Huli Shi, Zhi-Gang Li, Xiao-Hui Du, Xuhai Yang, 韩延本 (2008). Real-time accurate monitoring method for earth crust millimeter-level displacement.
  227. 华爱辉，杨旭海，王晓晗（2007）. 基于转发式测轨系统的GEO卫星机动检测初探. 《时间频率学报》.
  228. Yang Xuhai, Li Zhigang, Hua Aihui (2007). Analysis of Two-Way Satellite Time and Frequency Transfer with C-Band. Proceedings of the IEEE International Frequency Control Symposium.DOI
  229. Yang Xuhai, Li Zhigang, Fenglei Wu, Xiaohui Li (2007). Two-Way Satellite Time and Frequency Transfer Experiment via IGSO Satellite. Proceedings of the IEEE International Frequency Control Symposium.DOI
  230. 王晓晗，杨旭海（2006）. 卫星双向法时间频率传递中Sagnac效应的计算分析. 《仪器仪表学报》.
  231. 李志刚，杨旭海，李伟超，冯初刚，乔荣川（2006）. 转发器式卫星测轨方法. 《时间频率学报》.
  232. 乔荣川，李志刚，奚小瑾，冯初刚，杨旭海（2006）. 基于GEO卫星分段测距资料的定轨研究. 《时间频率学报》.
  233. 杨旭海，王晓晗，李志刚，张继荣，李伟超，梁双有（2006）. 基于轨道改正的卫星电视时间传递. 《时间频率学报》.
  234. Fenglei Wu, Yongqiang Fu, Xuhai Yang, Min Jia, Yanning Li, Jingyong Liu (2006). Optimal Eccentricity Control Method Considering Cross Coupling of South/North Maneuver for GEO Satellites. SpaceOps Conference (SpaceOps).DOI
  235. 杨旭海，翟惠生，胡永辉，李志刚，李孝辉（2005）. 基于新校频算法的GPS可驯铷钟系统研究. 《仪器仪表学报》.
  236. 杨旭海，李志刚，李焕信（2005）. 卫星双向法时间频率传递(TWSTFT)中Sagnac效应的计算分析. 《2005年全国时间频率学术交流会》.
  237. Xuhai Yang (2004). Algorithm of Short-Term Observation Data Processing in GPS Common-View Time Receiver.
  238. 杨旭海，胡永辉，李志刚，李孝辉，郑兴武（2003）. GPS近实时共视观测资料处理算法研究. 《天文学报》.
  239. 杨旭海，胡永辉，李志刚（2002）. 基于GPIB接口的计数器数据采集与控制软件. 《时间频率学报》.
  240. 杨旭海，郑兴武（2001）. 等功率谱滤波法进行图像恢复的测定. 《天文学报》.
  241. 杨旭海，胡永辉，李志刚（2001）. Windows平台的计算机串口测试软件. 《时间频率学报》.
  242. 杨旭海，胡永辉，李志刚，张志武（2001）. Motorola VP OnCore接收机的GPS数据接收软件. 《时间频率学报》.
  243. 杨旭海，马红皎，胡永辉（2000）. 天文CCD观测的星象定心算法. 《时间频率学报》.
  244. 杨旭海，马红皎，胡永辉（2000）. 地面光学观测CCD终端图像的采集. 《时间频率学报》.
  245. 杨旭海，李志刚，马红皎（1999）. 一种基于CLEAN方法的小图像恢复快速算法. 《时间频率学报》.

书籍章节

  1. Weijin Qin, Ya Liu, Xuhai Yang (2022). Performance Analysis on a Traceable Precise Satellite Timing. Advances in transdisciplinary engineering.DOI
  2. Bo Xu, Ying Wang, Xuhai Yang (2012). A Hybrid Model for Navigation Satellite Clock Error Prediction. Studies in computational intelligence.DOI

研究方向

天文学航空航天科学与工程轻工业手工业

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