论文标题
B5G/6G混合和无处不在网络中所有事物的互联网的合作通信：基础，进一步的优化和解决方案
Cooperative Communications for Internet of Everything in B5G/6G Hybrid and Ubiquitous Networks: Foundation, Further Optimization and Solutions
论文作者
论文摘要
合作通信（CC）一直是最关键的通信技术之一，在B5G/6G网络中所有事物的Internet上都起着创始作用。由于最近建立了5G通信标准，因此进一步研究了具有CC的核心通信技术，以显着提高通信质量并为B5G/6G无处不在的网络开发新的通信方案。 Considering that CC has been regarded as foundation theory which widely exists in future multiple B5G/6G hybrid scenarios, such as, Cognitive Internet of Things (CIOT) networks, UAVs communications, air-space-ground of integrated networks, underwater acoustic communication and so on, besides it is closely combined with other key technologies, for examples, Massive MIMO, NOMA, Full-duplex transmission, Polar code and so on.因此，在本文中，我们审查了B5G/6G多种异构CC网络中所有内容的CC基金会，并比较基本CC算法以揭示性能提高的关键。此外，我们建议集体沟通意识形态是基础的理论，即将任意两个点作为源/目的地设备，传感器，继电器，物联网节点等进行任意交流。
Cooperative Communications (CC) has been one of most critical communication technologies which plays a founding role on Internet of Everything in B5G/6G networks. As 5G communications standard is gradually established recently, core communications technologies with CC are further studied to significantly improve communication quality and develop new communications scenarios for B5G/6G ubiquitous networks. Considering that CC has been regarded as foundation theory which widely exists in future multiple B5G/6G hybrid scenarios, such as, Cognitive Internet of Things (CIOT) networks, UAVs communications, air-space-ground of integrated networks, underwater acoustic communication and so on, besides it is closely combined with other key technologies, for examples, Massive MIMO, NOMA, Full-duplex transmission, Polar code and so on. Hence, in this paper we review foundation of CC for Internet of Everything in B5G/6G multiple heterogeneous CC networks, and compare fundamental CC algorithms to reveal key of performance improvement. Furthermore we propose that collective communications ideology is theory of foundation to realize communications for arbitrary two points as source/destination devices, sensors, relays, IOT nodes and so on in future.
