Slice resource allocation based on Comprehensive Utility

Due to the increasing demand for quality of service in power communication services quality.smart grids require network slicing technology to provide differentiated services. However, the existing algorithms lack in-depth research on the comprehensive service, particularly in power services and system accessibility. To address these issues, this paper proposes an integrated utility-based resource allocation scheme. Under the premise of meeting user needs, the priority of slices is comprehensively considered to optimize system utility and access rate. By comparing to local optimization algorithms, the results show that the new algorithm can maximize the overall user utility of the system and optimize the slice access rate simultaneously.