5G network slice distribution processing method and device and computing equipment

Abstract

The invention discloses a 5G network slice allocation processing method and apparatus, and a computing device. The method comprises the steps of receiving a slice resource allocation request sent by at least one terminal; determining an initial slice resource allocation result of the at least one terminal according to the slice resource allocation request; inputting the initial slice resource allocation result into a slice resource allocation model, predicting to obtain a target slice resource allocation result of the at least one terminal, and allocating slice resources to the at least one terminal according to the target slice resource allocation result; the target slice resource allocation result is a slice resource allocation result which enables the residual slice fragment resource quantity to be minimum in slice resource allocation results matched with the slice resource allocation request. Through the above mode, the slice resource allocation result which can meet the terminal requirement and can enable the residual slice fragment resource quantity to be minimum is determined based on the machine learning mode, so that slice allocation is more reasonable, slice resource fragmentation is avoided, and the purpose of saving slice resources is achieved.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a method, device and computing device for assigning and processing 5G network slices. Background technique [0002] The fifth-generation mobile communication network (5G for short) mainly has three application scenarios, eMBB enhanced mobile broadband service, mMTC low-power mass connection Internet of Things service, uRLLC low-latency and high-reliability automatic driving, industrial automation, unmanned Aircraft transportation, etc. 5G technology is not only an upgrade of mobile network technology, but also enables more complex and diversified application scenarios, which put forward higher requirements for network architecture. In order to better support 5G network application scenarios and reduce network operation costs, 5G introduces network slicing technology, which combines a large number of physical network infrastructure devices into virtual logical network r...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, 5G network slices are directly divided according to the needs of tenants. The 5G network slices requested by different tenants are different. After the 5G network is directly divided into many fragmented slices, there is a fragmentation phenomenon that the remaining slice resources can no longer be used. , the 5G network slicing cannot be dynamically and timely adjusted according to the flexible and changeable actual situation, and the complex application scenarios of 5G network slicing cannot be satisfied. extended question

Images