Virtual machine layout method based on bilateral matching in multi-access virtual edge computing

Abstract

The invention discloses a virtual machine layout method based on bilateral matching in multi-access virtual edge computing, which is oriented to task unloading of edge user equipment and particularlyconsiders the strong computing power of a multi-access edge computing data center. Edge user equipment executes task calculation by unloading a task part to a virtual edge calculation data center, anda bilateral matching virtual machine layout method is adopted in the virtual data center, so that the physical resource utilization rate can be increased, the physical machine energy consumption canbe reduced, the operation cost can be saved, the time delay can be reduced, and the user service experience can be improved. The bilateral matching virtual machine layout method provided by the invention is low in time delay and high in physical resource utilization rate, and is particularly suitable for edge user equipment.

Description

technical field [0001] The invention relates to a virtual machine deployment method, in particular to a virtual machine deployment method based on bilateral matching in multi-access virtual edge computing. Background technique [0002] With the advent of the 5G era and the popularization of smart user equipment, there are more and more emerging services and mobile applications, such as extended reality (XR), autonomous driving, holographic communication, wireless medical care, networked robots, smart factories, etc. These emerging services and mobile applications are computing-intensive and delay-sensitive services that often require greater bandwidth, higher speed, and lower latency, as well as more secure and reliable connections. Flexibility and mobility are also the most basic communication needs. [0003] By sinking computing power to the edge of the network, Multi-Access Edge Computing (Multi-Access Edge Computing) has the characteristics of low latency, high bandwidt...

AI Technical Summary

Problems solved by technology

However, strict bandwidth reservation cannot effectively utilize network resources. When the virtual machine traffic demand is lower than the specified peak rate, the unused bandwidth will be wasted, improving bandwidth utilization, alleviating network congestion, and ensuring service quality

[0008] However, most of these virtual machine deployment schemes focus on virtual machines or physical machines unilaterally, and rarely involve matching virtual machine deployment schemes between the two parties. This will make some physical resources not be effectively used, resulting in resource waste and reducing User Service Quality

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