无人机协作辅助的高可靠毫米波通信网络架构及资源管理研究

毫米波通信因其大量可用频谱而成为驱动未来无线通信网络中大容量数据通信业务的关键技术之一。然而，毫米波通信链路的易阻塞特征阻碍了毫米波通信的高可靠传输，以致会严重影响无线通信网络的服务质量和用户体验。因此，高可靠的毫米波通信传输方案研究是毫米波通信研究领域内一个亟待解决的关键技术问题。本课题立足于未来毫米波通信网络将承载高可靠、大容量信息的需求，利用高低频联合传输、协作多波束传输、协作中继、协作缓存等技术，研究无人机协作辅助的高可靠毫米波通信网络架构设计及资源管理方案，包括无人机协作辅助的高可靠毫米波通信网络架构设计、大规模无人机网络协作机制设计以及无人机协作辅助的高可靠毫米波通信资源管理研究，实现高可靠的毫米波通信，为未来高可靠、大容量通信业务提供基础理论依据和关键技术支撑，对如何设计高可靠毫米波网络架构、高效的无人机协作机制以及高可靠毫米波通信资源管理方案具有重要的指导意义和参考价值。

Millimeter-wave communication has become one of the key technologies to drive the large capacity data communication service in the future wireless communication network because of its large available spectra. However, the blocking characteristics of millimeter-wave communication links hinder the high reliable transmission of millimeter-wave communications, which will seriously affect the quality of service and user experience of wireless communication networks. Therefore, the research on high reliable transmission scheme of millimeter-wave communication is a key technical problem in the field of millimeter-wave communication. Based on the demand of high reliability and large capacity information in the future millimeter- wave communication network, by using high-low frequency joint transmission, cooperative multi-beam transmission, cooperative relay, cooperative cache and other technologies, this research studies the high reliability millimeter-wave communication network architecture design and resource management scheme assisted by unmanned aerial vehicle (UAV) cooperation, including the high reliability millimeter-wave communication network architecture assisted by UAV cooperation, the design of large-scale UAV network cooperation mechanism, and the research on high reliable millimeter-wave communication resource management assisted by UAV cooperation, to achieve the high reliable millimeter-wave communication, while providing the basic theoretical basis and key technical support for the future high reliable and large capacity communication business, and having important guiding significance and reference value for how to design high reliable millimeter-wave network architecture, efficient UAV cooperation mechanism and high reliable millimeter-wave communication resource management scheme.