The invention relates to the technical field of logistics and supply chain management, and discloses a one-
station inspection platform-based product management method, which comprises the following steps of S1, constructing an optimal transportation problem model, defining a resource circulation relationship between a supplier and an order, and calculating an optimal scheme allocated to the order by the supplier by taking the minimum
transportation cost as a target; s2, based on a game
theory model, strategy interaction among a plurality of suppliers is considered, a supplier
resource allocation strategy is optimized through a game, and balance of
resource scheduling is ensured; s3, a Markov
decision process is adopted, and order circulation and
resource scheduling strategies are adjusted through real-time feedback so as to adapt to dynamic changes of service requirements; and S4, carrying out multi-objective optimization. According to the invention, through a dynamic optimization and real-
time data feedback
mechanism based on the one-
station inspection platform, efficient
resource scheduling and order circulation are realized, the maximization of the
resource utilization rate is ensured, the delivery timeliness is improved, and the cost and the
service quality are optimized at the same time.