PDF(967 KB)
PDF(967 KB)
PDF(967 KB)
空天通信网络关键技术综述
Key Technologies of Space-Air-Ground Communication Networks: A Survey
伴随信息社会向网络化、泛在化、智能化持续发展，现有地面通信网络已经无法支持日益增长的宽带业务需求、泛在海量的物联接入需求、隐蔽可靠的安全传输需求.未来通信网络要求在全球范围内实现既纵深宽广又细致入微的全方位无线接入，其进一步演进亟需突破包括网络架构和空口技术等在内的底层技术.相比于地面通信网络，空天通信网络不受地形的限制，可实现包括海洋、森林、边远地区等的立体全覆盖，可在多维度多层次尺度实现全空间范围内的信息交互，将成为满足海量异构用户泛在连接需求的关键使能技术.本文综述了空天通信网络的关键技术，首先给出了空天通信网络现有系统及未来智慧社会业务的多元化应用场景，然后从空-天-地三网、物理-网络-应用三层、有效传输-资源管理-安全防护三域出发，给出了一种空天通信网络的整体架构.本文随后从组网与接入、物理层以及资源管理与切换等角度出发分别总结了关键技术.最后，本文指出了未来空天通信网络的技术发展挑战和趋势.
With the information society continuously developing towards networking, ubiquity, and intelligence, the existing terrestrial communication network has been unable to supply the increasing demand for broadband services, ubiquitous access, and concealed and reliable transmission. The future communication network requires the realization of all-round wireless access. Its further evolution urgently needs to break through the underlying technologies including network architecture and air interface technology. Compared with the terrestrial communication networks, integrated space-air-ground communication networks can work independently of terrain, and can achieve full coverage including oceans, forests, remote areas, etc. In addition, the information interaction can also be achieved from multiple dimensions. The integrated space-air-ground communication will be one of the key technologies enabling the ubiquitous connection of enormous heterogeneous users. This paper summarizes the key technologies of aerospace communication networks. Firstly, we introduce the existing space-air-ground communication systems and the diversified application scenarios oriented for the future smart society. Secondly, an overall architecture of the integrated space-air-ground communication networks is presented from the perspectives of space-air-ground physical space, physical-network-application network structure, and effective transmission-resource management-security protection technical route. Subsequently, the key technologies are summarized such as networking and multiple access, physical layer and resource management, etc. Finally, the technical challenges and trends of future aerospace communication networks are pointed out.
空天通信网络 / 空天地一体化 / 组网接入 / 物理层技术 {{custom_keyword}} /
space-air communication networks / space-air-ground / networking and multiple access / physical layer technology {{custom_keyword}} /
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PDF(967 KB)
图1 空天信息通信网络架构示意图图2 OneWeb “渐进俯仰”技术图3 利用SDN实现混合网络图4 16-APSK星座图（4+12-APSK）
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