参考文献

[1] International Telecommunication Union. Facts and figures 2021[R]. Geneva: ITU，2021.

[2] SAAD W，BENNIS M，CHEN M. A vision of 6G wireless systems: applications，trends，technologies，and open research problems[J]. IEEE Network，2020，34（3）: 134-142.

[3] JIANG W，HAN B，HABIBI M A，et al. The road towards 6G: a comprehensive survey[J]. IEEE Open Journal of the Communications Society，2021，2: 334-366.

[4] International Telecommunication Union. Network 2030—A blueprint of technology，applications and market drivers towards the year 2030 and beyond[R]. Geneva: ITU，2019.

[5] Hexa-X. Expanded 6G vision，use cases and societal values-including aspects of sustainability，security and spectrum [R]. Brussels: Hexa-X，2021.

[6] Next G Alliance. NGA report: roadmap to 6G[R]. Washington: Next G Alliance，2022.

[7] IMT-2030（6G）推进组.6G 总体愿景与潜在关键技术[R].北京：IMT-2030（6G）推进组，2021.

[8] 中国移动研究院.2030+愿景与需求报告[R].北京：中国移动研究院，2019.

[9] SAMSUNG. 6G—The next hyper-connected experience for all[R]. Seoul: SAMSUNG，2020.

[10] The 5G Infrastructure Association. European vision for the 6G ecosystem[R]. Brussels: The 5G Infrastructure Association，2021.

[11] Next Generation Mobile Networks. 6G use cases and analysis[R]. Frankfurt: Next Generation Mobile Networks，2022.

[12] ELBERSE A. Should you invest in the long tail?[J]. Harvard business review，2008，86（7/8）:88-96.

[13] ITU-R. Radio Regulations Articles[S]. Geneva: ITU，2020.

[14] ITU-R S. 743-1. The coordination between satellite networks using slightly inclined geostationary-satellite orbits（GSOs）and between such networks and satellite networks using non-inclined GSO satellites[S]. Geneva: ITU，2001.

[15] VARRALL G. 5G and satellite spectrum，standards，and scale[M]. London: Artech House，2018.

[16] IIDA T. Satellite communications: system and its design technology[M]. Holland: IOS Press，2000.

[17] MAINI A K，AGRAWAL V. Satellite technology: principles and applications[M]. New York:John Wiley and Sons，2011.

[18] PRATT T，ALLNUTT J E. Satellite communications[M]. New York: John Wiley and Sons，2019.

[19] KOTA S L，PAHLAVAN K，LEPPÄNEN P A. Broadband satellite communications for Internet access[M]. Berlin: Springer，2003.

[20] Union of Concerned Scientists. UCS satellitedatabase[R]. Cambridge: UCS，2022.

[21] EUROSPACE. Eurospace white paper: industry manifesto for a resilient satellite system for connectivity[R]. Paris: Eurospace，2020.

[22] 范剑峰.卫星星座述评[J].中国空间科学技术，1986（06）: 22-30.

[23] 阮永井，胡敏，云朝明.低轨巨型星座构型设计与控制研究进展与展望[J].中国空间科学技术，2022，42（01）: 1-15.

[24] 徐小涛，庞江成，李超.星座卫星移动通信系统最新发展及启示[J].国防科技，2021，42（01）: 100-105.

[25] 李婷.非静止轨道卫星通信系统干扰规避与波束管理研究[D].北京：清华大学，2020.

[26] Federal Communications Commission. FCC SES-MOD-INTR2020-02035 / SESMODINTR 202002035，application for fixed satellite service by spacex services，Inc. 2020[R]. Washington: FCC，2020.

[27] BESTE D C. Design of satellite constellations for optimal continuous coverage[J]. IEEE Transactions on Aerospace and Electronic Systems，1978（3）: 466-473.

[28] 朱一凡，李群，杨峰.NASA系统工程手册[M].北京：电子工业出版社，2012.

[29] CEROVIĆ D，DEL PICCOLO V，AMAMOU A，et al. Fast packet processing: a survey[J]. IEEE Communications Surveys and Tutorials，2018，20（4）: 3645-3676.

---

[1] 在国际电信联盟《无线电规则》及建议书中，地球静止轨道（GSO）卫星通信系统在广义上指对地球保持大致相对静止的地球同步卫星 ^[13] ，即《无线电规则》及建议书中所提到的 GSO 卫星中通常也包含倾角小于一定数值（一般小于15° ^[14] ）的倾斜地球同步轨道（Inclined Geo-Synchronous Orbit，IGSO）卫星。本书后文中如无特别说明，则所述GSO的含义与国际电联所述GSO含义相同。 iOxyfe9UzuUU2V//g2yG5T3FgTJXSu1DMKZAM2rWWFMmJsDxjt5m120Cd3VDESjF