论文标题
6G时代的可持续卫星通信:欧洲对多层系统和空间安全的看法
Sustainable Satellite Communications in the 6G Era: A European View for Multi-Layer Systems and Space Safety
论文作者
论文摘要
在新的太空时代,小国正在成为太空业务的重要参与者。尽管空间活动在全球范围内迅速增加,但重要的是要以可持续和安全的方式进行运营,以保护子孙后代的卫星服务。不幸的是,在有关太空技术的现有调查中,可持续性方面在很大程度上被忽略了。结果,在本次调查文件中,我们特别从可持续性的角度讨论了6G时代的多层网络方法。此外,我们的全面调查包括一些有趣的工业,专有和标准化观点的各个方面。我们回顾了最重要的法规和国际准则,并重新审视了三维架构愿景,以支持各种应用领域的可持续性目标。然后,我们对空间安全范式进行分类和讨论,这些范式是未来卫星通信的重要可持续性推动者。其中包括空间交通管理,碎片检测,环境影响,频谱共享和网络安全方面。该论文还讨论了欧洲连通性星座的进步,该星座可能与伽利略和哥白尼系统一起成为第三个旗舰基础设施。最后,我们将潜在的研究方向定义到2030年代。
During the New Space era small countries are becoming important players in the space business. While space activities are rapidly increasing globally, it is important to make operations in a sustainable and safe way in order to preserve satellite services for future generations. Unfortunately, the sustainability aspect has been largely overlooked in the existing surveys on space technologies. As a result, in this survey paper, we discuss the multi-layer networking approaches in the 6G era specifically from the sustainability perspective. Moreover, our comprehensive survey includes aspects of some interesting industrial, proprietary, and standardization views. We review the most important regulations and international guidelines and revisit a three-dimensional architecture vision to support the sustainability target for a variety of application areas. We then classify and discuss space safety paradigms that are important sustainability enablers of future satellite communications. These include space traffic management, debris detection, environmental impacts, spectrum sharing, and cyber security aspects. The paper also discusses advances towards a planned European connectivity constellation that could become a third flagship infrastructure along with the Galileo and Copernicus systems. Finally, we define potential research directions into the 2030s.