Content service bilateral matching-oriented sky-ground 6G network resource allocation method

Abstract

The invention discloses a sky-ground 6G network resource allocation method for content service bilateral matching. The scheme comprises the following steps of: firstly, abstracting roles involved in sky-ground 6G network resource allocation into a sky-ground 6G network, a content source and a terminal user; secondly, decoupling a content source, a user and a sky-ground network facility in sky-ground 6G network distribution into two entities, namely a sky-ground network facility-content source pair and a terminal user, generating the sky-ground network facility-content source pair and the terminal user, and assuming that the sky-ground network facility is irrelevant to the content source; and finally, matching the resource pairs with a terminal user by using a bilateral matching method to generate a stable matching result. According to the system, the number of service users and the income of service providers are improved, and the system performance is effectively improved.

Description

technical field [0001] The invention relates to the fields of content service networks and the Internet of Things, in particular to a method for allocating resources of a sky-ground 6G network oriented to bilateral matching of content services. Background technique [0002] Existing terrestrial 5G networks have limited coverage, making it difficult to meet the growing demand for seamless network coverage. At the same time, the current network resource allocation mainly considers how to improve resource utilization and system throughput, and rarely involves the specific needs of users for network content, which brings serious challenges to both efficient network services and flexible resource allocation. [0003] Matching game, born in social economics, has a wide range of applications in marketing and social life. In a matching game, each agent has a list of preferences against other sets, and the goal is to find stable matches for the corresponding preferences. Basicall...

AI Technical Summary

Problems solved by technology

[0002] The existing terrestrial 5G network has limited coverage, making it difficult to meet the growing demand for seamless network coverage

At the same time, the current network resource allocation mainly considers how to improve resource utilization and system throughput, and seldom involves the specific needs of users for network content, which poses severe challenges to efficient network services and flexible resource allocation.

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