Service scheduling method and electronic device for cloud native mobile network stability assurance

Abstract

The present disclosure provides a service scheduling method and electronic device for cloud-native mobile network stability assurance, wherein the method includes: acquiring historical data of user requirements of an MEC platform in a historical time period; determining the MEC platform in a future time period according to the historical data According to the predicted business volume and the acquired related information of the MEC platform, the corresponding business scheduling information is determined. In this way, according to the service scheduling information of the MEC platform, the corresponding service scheduling strategy can be determined to implement on-demand scheduling of cloud-native mobile network services and resources, and to ensure the stability of the wireless network protocol stack in the cloud platform deployment environment. Continuity of mobile services of user terminals in the case of fluctuations in resources and user requirements, ensuring user experience quality.

Description

technical field [0001] The present disclosure relates to the technical field of data processing, and in particular, to a service scheduling method and electronic device for ensuring the stability of a cloud native mobile network. Background technique [0002] The 5G network introduces a stateless design-based micro-service architecture on the core network control plane, which realizes the software and hardware decoupling and cloud-based deployment of network functions. The lightweight service invocation interface enables each network function to evolve independently of each other. In order to realize the comprehensive cloudification of the end-to-end network in 6G and improve the efficiency and flexibility of the entire network deployment and operation, the micro-service architecture is expanding to the wireless side, and cloud-network integration has become an important trend in the current 6G network design. The microservice of the (Radio Access Network, Radio Access Netwo...

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Problems solved by technology

[0003] However, there are still many problems in the prior art. On the one hand, many processing procedures of the protocol stack on the RAN side, such as MAC (Media Access Control, Media Access Control) layer frame scheduling, physical layer modulation and demodulation and other operations, have a large amount of calculation. , high reliability and other characteristics, higher requirements for network stability

On the other hand, in the cloud-network integration scenario, there are often multiple services working in parallel on an MEC platform. The surge in user terminal business volume or the sudden task offloading of other cloud platforms will directly lead to the rapid occupation of cloud platform resources, resulting in The sudden increase of the CPU (Central Processing Unit, central processing unit) load will eventually affect the overall stability of the wireless network and user experience

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