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Name: |
CHENG Fang |
Education: |
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Positions: |
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Academic
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Postal Code: |
710600 |
Subject
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Mailing
Address: |
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E-mail: |
chengfang@ntsc.ac.cn |
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| Resume: |
Sept. 1998--Jun.2002 Xi'an Jiaotong University Applied Mathematics Bachelor of Science
Sept.2003--Jun.2006 Xi'an Jiaotong University Applied Mathematics Master of Science
Mar.2007--Jun.2010 National Time Service Center, Chinese Academy Of Sciences Astrometry and Celestial Mechanics Doctor of Science
Jun.2006-- present National Time Service Center, Chinese Academy Of Sciences Navigation and Communication Research Laboratory staff
During her work, she has presided over more than ten national and provincial projects such as major projects of the satellite navigation system, special projects for innovation and development action of Beidou Industrial Park of Development and Reform Commission, ”Strategic Priority Research Program” of Chinese Academy of Sciences, key deployment projects for national defense of Chinese Academy of Sciences, and special fund projects of Shaanxi Province.
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| Direction: |
She focuses on the research and promotion of new technologies for satellite navigation system augmentation and high precision application solutions. The research direction involves the following aspects:
1. GNSS satellite navigation theory, technology and methods.
2. Transponding virtual atomic clock technology.
3. New technologies and methods of satellite navigation augmentation.
4. GNSS high-precision positioning technology.
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| Commitment to research the situation: |
She has many achievements in algorithm design and special platform construction. She proposed a real-time positioning technology of Beidou wide-area high-precision for the integration of heaven and earth. In addition, she proposed a data quality analysis and evaluation algorithm based on Beidou ground-based augmentation system, which can realize the monitoring and evaluation of multi-system multi-mode reference station data and wide-area augmentation products, and applied this algorithm to the data processing backup center of Beidou ground-based augmentation system. She also researched and designed the core processing algorithm of the virtual clock of the transponding satellite navigation test system to improve the data processing performance of the virtual clock. Moreover, she led the group to build the Beidou "Belt and Road" high-precision position and time public service platform, which can provide Beidou high-precision navigation position and time services for the "Belt and Road" area.
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