Resource Allocation Algorithm for 5G Industrial IoT Network in Multi-layer Mode
In the current industrial Internet of Things,the setting form of link resource allocation nodes in 5G wireless communication networks is mostly target based.The existing linearized and single-layer link resource allocation algorithms do not consider the rationality of weight allocation of low cross links at different levels in the target optimization process,resulting in low network resource allocation efficiency.This paper designs a multi-level allocation algorithm for link resources in 5G wireless communication networks for the industrial Internet of Things.Based on the current complex allocation requirements and changes in standards,basic link allocation indicators are set up,and a multi-level approach is adopted to improve the efficiency of link resource allocation.Based on the deployment of multi-level resource collection nodes,an adaptive cross link resource allocation structure is designed,and combined with the KM algorithm,a link resource allocation model for the indus-trial Internet of Things is constructed.Implement resource allocation processing through multi-point collaboration.
industrial Internet of Things5G wireless communicationlink allocationresource allocationallocation method
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