6G-oriented intelligent, simple, efficient and full-decoupling network architecture

Abstract

The invention discloses a 6G-oriented intelligent, simple and efficient full-decoupling network architecture, which is based on base stations, users and edge clouds, and is characterized in that data base stations comprise downlink base stations and uplink base stations; the edge cloud is connected with the base stations through optical fibers; the transmission delay of the control channel is lower than that of the data channel; the data channel adopts distributed cooperative sending, transmission, processing and storage integrated receiving; the edge cloud is an entity for centralized processing of data in the whole cooperative area; the full decoupling network is a network architecture in which multiple base stations cooperate to provide wireless access service for users in a local area; the control surface and the data surface of the full decoupling network are physically separated; the uplink and the downlink of the data plane are physically separated; the service transmission of the data plane is realized through multi-point cooperation; according to the invention, the network can be fully decoupled, the cooperation of multi-dimensional resources is effectively promoted, the spectrum efficiency of the whole network is improved, personalized communication services are provided for users, and the networking cost is reduced.

Description

technical field [0001] The invention belongs to the field of 6G wireless mobile communication, and in particular relates to a 6G-oriented intelligent, simplified, efficient, and fully decoupled network architecture. Background technique [0002] In the future, the wireless mobile communication network will present significant features such as sky-ground integrated heterogeneous networking, terminal access of hundreds of billions of trillions, and mass sensor data collection and distribution. The network structure will be more complex, the service types will be more diverse, and the application scenarios will be more changeable. [0003] Mobile communications are constantly evolving, but each generation of network technology requires the allocation of new spectrum resources. The frequency band allocation of spectrum is getting higher and higher, and the high-quality spectrum resources used for wireless communications have almost been exhausted. At the same time, the current m...

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