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Adaptive fault-tolerant control of supply chain network under different disturbance signals

Aiming at the balance between supply and demand of goods between supply chain networks, this paper discusses the situation of achieving state synchronization between drive-response supply chain systems by designing controllers under different disturbance conditions. First, a general controller is designed, and the The state synchronization is achieved under the action of the controller, and then a fault-tolerant controller is designed. By constructing a Lyapunov function, it is proved that the controller can make the system stable in finite time. Finally, its feasibility is proved by simulation.