Integrated Allocation Model for Communication, Storage and Computing Resource in Local Integrated Network

With the rapid development of various wireless access technologies, there are various types of wireless communication networks in local converged communication network, which can provide services for users together. Diverse services on the network also require different communication, storage, and computing resources and require the collaboration of multiple nodes. Aiming at the problems of high complexity of three-dimensional resource cooperative allocation and difficulty in obtaining the optimal solution in a short time, this paper proposes an integrated storage and computing resource allocation model of local converged network, which converts communication resources into node delay attribute, solves the problem of computing and storage resource allocation with delay attribute, and converts three-dimensional resource allocation into two-dimensional. In a short time, the solution of the resource allocation problem is realized. The improved genetic algorithm is used to verify the effectiveness of the model.