As the degree of automation in modern logistics and warehousing systems increases

AGV (Automated Guided Vehicle) carts are widely used in manufacturing enterprises with high intelligent manufacturing levels. In large unmanned warehouses

the efficient

safe and stable coordinated operation of a large number of AGV carts places high demands on the network transmission and computing speed of industrial networks. Based on the analysis of the requirements of network and computing power for the operation of a large number of AGV carts

this paper proposes an AGV cart task scheduling network model in a computing and networking integrated environment. In this network system architecture model

the network nodes have the functions of computing power calculation

storage

and network task distribution and scheduling

integrating computing power and network

and improving the performance of network routing nodes in terms of bandwidth

delay

and computing power

to more efficiently meet the coordinated operation requirements of a large number of AGV carts.