Abstract
Abstract
To address the problem of network-slicing resource allocation in the smart grid, this paper puts forward a hierarchical network-slicing resource scheduling strategy for the smart grid based on priority and network utility, which is a study of the 5G net slice resource allocation (the max algorithm of utility). It is divided into two layers, which are the user layer and the slice allocation layer. By adopting different resource allocation methods to better meet the service and the experience quality of power users in different slices, the simulation results playing the strategy are better than the other number of resource allocation schemes.
Subject
Computer Science Applications,History,Education
Cited by
1 articles.
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