Abstract
This paper compares two types of models from the aspects of function selection, hypothesis parameters and modeling basis, and further constructs two composite comparative yield game models to further analyze the cooperation and competition of node enterprises in the supply chain. Based on the output game model of the three-level supply chain, a kind of control system which makes the decision of distributors and retailers chaotic is constructed, and the simulation analysis and supply chain application interpretation are given.
Highlights
With the advent of economic globalization and knowledge economy, supply chain management is widely used in manufacturing management
More and more specialists and scholars are interested in the study of the enterprises’ game[1-11], this paper approaches the same issue from the angle of nonlinear dynamics, which is a new attempt
Different importance is assigned to the three traditional players along the supply chain, with the manufacturers playing a dominant role and as the focus of the study
Summary
With the advent of economic globalization and knowledge economy, supply chain management is widely used in manufacturing management. It is based on the demand of the customers and the market that the manufacturers develop products, purchase raw materials which are processed into finished goods and sold to customers. With the further division of labor, the enterprises in the supply chain are more and more specialized in certain subsections along the product life cycle. There is a constant and complicated game among enterprises for the allocation of productivity and profit. We construct a discrete dynamical model of supply chain under the circumstances of information asymmetry and analyze its dynamic behavior in light of nonlinear dynamics
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