An Delay minimum Allocation Method for Integrated Communication, Storage and Computing Resources in power Local intergated Network.

With the rapid development of various wireless access technologies, various types of wireless communication networks integrate with each other and jointly provide services for users. However, different types of terminals in the power local wireless communication network have different service requests and QoS requirements. At the same time, due to the limited resources of a single network node, the collaboration of multiple nodes is required to meet the requirements of multi-dimensional resources such as communication, storage and computing. To solve the above problems, this paper proposes an integrated allocation method of storage and computing resources in local converged network. Firstly, an integrated allocation model of storage and computing resources in local converged network is established, and the three-dimensional cooperative allocation problem of storage and computing resources among multiple nodes in the network is transformed into a collaborative allocation problem of two-dimensional resources of storage and computing with delay attribute. An integrated allocation method of storage and computing resources is proposed to minimize delay and maximize network throughput, solve the problem of cooperative allocation of node resources in local converged networks, and improve the utilization rate of network resources.