Abstract
Based on the process of augmented Lagrangian coordination (ALC) solving, a solution framework of ALC for the complex system problem is proposed. Oriented to order fulfillment modes and the process of production outsourcing modes of process manufacturing enterprises in an industrial cluster and according to the hypothesis condition, an optimal configuration model of process cluster supply chain (PCSC) considering order horizontal subcontracting and cross-chain process production outsourcing is set up. By dividing the independent decision-making rights of the participants in single supply chains, a distributed optimal configuration model is established. Meanwhile, ALC is employed to solve the distributed model and solving results are analyzed and compared with the traditional method. Results comparison confirms the accuracy and efficiency of ALC for the PCSC configuration problem.
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