Maximum Throughput Oriented Integrated-CSC Resource Allocation Algorithm for Business with Large Bandwidth Power Communication Business

With the continuous and rapid development of the Internet, high-bandwidth services emerge gradually, which puts forward the requirement of high bandwidth and large traffic on the network. High-bandwidth services usually occupy a large amount of transmission bandwidth. However, due to the limited resources of a single network node in the power local wireless communication network, it cannot meet the multi-dimensional resource requirements of high-bandwidth services. Therefore, resource coordination among multiple nodes is required. To solve the above problems, this paper proposes an integrated allocation method of communication, storage and computing (CSC) resources oriented to maximizing network throughput. Firstly, an integrated allocation model of storage and computing resources oriented to maximizing throughput is established. On the basis of this model, an integrated allocation method of CSC resources aiming at minimizing delay and maximizing network throughput is proposed. Solve the resource allocation problem of large-bandwidth services in the local converged network, increase network throughput, and improve the utilization of network resources.