Architectural optimization of extensible ground-based GNSS augmentation system

机译：可扩展的地面GNSS增强系统的体系结构优化

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An extensible ground-based GNSS augmentation system architecture is proposed and detailed in this paper. Operational issues related to interoperability of the system are discussed. Restrictions on reference stations site selection are derived from requirements of integrity monitoring center algorithms. Simulation using different combinations of GPS constellations and reference stations configurations indicates that 16 reference stations are enough to provide reliable integrity monitoring service to all users inside China.

机译：本文提出并详细介绍了一种可扩展的基于地面的GNSS增强系统架构。讨论了与系统互操作性有关的操作问题。参考站站点选择的限制源自完整性监控中心算法的要求。使用GPS星座图和参考站配置的不同组合进行的仿真表明，有16个参考站足以为中国境内的所有用户提供可靠的完整性监控服务。

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《Integrated Communications, Navigation and Surveillance Conference, 2009. ICNS '09》|2009年|1-8|共8页
会议地点 Arlington VA(US);Arlington VA(US)
作者
Xue Rui; Fang Kun; Zhang Jun; Zhu Yanbo;
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Sch. of Electron. Inf. Eng., Beihang Univ., Beijing, China;

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关键词
Global Positioning System; monitoring; China; GPS constellations; architecture optimization; ground-based GNSS augmentation system; integrity monitoring service; reference station configurations; system interoperability;

机译：全球定位系统;监测;中国; GPS星座;体系结构优化;地面GNSS增强系统;完整性监测服务;参考站配置;系统互操作性;

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2. Evaluation of extreme ionospheric total electron content gradient associated with plasma bubbles for GNSS Ground-Based Augmentation System [J] . Saito S., Yoshihara T. Radio Science . 2017,第7a8期

机译：GNSS地基增强系统电离层总电子含量梯度与等离子体气泡的关系
3. Methodology of automated ionosphere front velocity estimation for ground-based augmentation of GNSS [J] . Eugene Bang, Jiyun Lee Radio Science . 2013,第6期

机译：GNSS地面增强的自动电离层前速度估算方法
4. Architectural Optimization of Extensible Ground-Based GNSS Augmentation System [C] . XUE Rui, FANG Kun, ZHANG Jun, Integrated Communications, Navigation and Surveillance Conference . 2009

机译：可扩展地基GNSS增强系统的架构优化
5. Design and development of an extensible, interchangeable component architecture for open-source geographic information systems. [D] . Dunsford, Harold A., Jr. 2010

机译：用于开源地理信息系统的可扩展，可互换组件体系结构的设计和开发。
6. Improvement of Anomalous Behavior Detection of GNSS Signal Based on TDNN for Augmentation Systems [O] . Daehee Kim, Jeongho Cho 2018

机译：基于TDNN的增强系统GNSS信号异常行为检测的改进。
7. The Optimal Location of Ground-Based GNSS Augmentation Transceivers [O] . Jacek Rapinski, Artur Janowski 2019

机译：基于地面的GNSS增强收发器的最佳位置
8. Neck Torque Study Induced by Head-Borne Visual Augmentation Systems (VAS) in Ground-Based Applications. Version V1.2 [R] . Bevan, M. G., Ward, E., Luong, Q. 2010

机译：头部视觉增强系统（Vas）在地面应用中引起的颈部扭矩研究。版本V1.2

Architectural optimization of extensible ground-based GNSS augmentation system

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