Study On Output Game Model And Its Complex Dynamics In A Manufacturer-dominated Supply Chain

Supply chain system is a complex dynamics system that involves complicatedconnections between enterprises within it. Moreover, the volatility of its externalenvironment is condusive to the instability of elements of study, with the result thatthe decision making of the enterprises tends to become more complex and capricious.Therefore, applying complexity theory to the solution of practical problems in thefield of supply chain is of great theoretical significance and practical significance.Based on research findings home and abroad, this dissertation studiesManufacturer-dominated supply chain. Applying theories in management science,dynamic economics, and nonlinear dynamics, this study constructs models of outputgame among multiple players, among multiple oligarch manufacturers, and compoundcomparative output game models. The complex dynamics of the models is analyzedand control and reverse control of the chaos is exercised.The main content of this dissertation is as follows:1. Proceeding from the features of Manufacturer-dominated supply chain andapplying theories of dynamic game and nonlinear chaotic dynamics, the dissertationconstructs dynamical models of output game among multiple players in supply chainsof bounded rationality, which enriches the dynamic modeling theory of supply chain.2. Using theories of nonlinear dynamics, the dissertation examines the outputdecision making game between different node enterprises along the supply chainwhen faced with demand fluctuation. Numerical simulations are conducted forsecondary and tertiary models, and the evolution of output game among the differentplayers is analyzed. Control on the period-doubling bifurcation and unstable periodictrajectory of the manufacturers’ output decision making is exercised and explanationfrom the perspective of economics is made.3. The Nash Equilibrium of the models of output game among multiple oligarchmanufacturers along the supply chain under the circumstances of informationasymmetry is studied. Numerical simulations are conducted on the results of complexdynamics exhibited in the models. The impact of system parameters on thecomplexity of the discrete chaotic system is analyzed and control is exercised on thechaos in the game models. Explanations are made from the perspective of supply chain application.4. Based on a comparative analysis on the different output game models, thisdissertation constructs two types of compound comparative output game models andstudies their stability by using numerical simulation tools. A chaos anti-controller isconstructed by using chaos anti-control theories to study the anti-control of tripolaroutput game model in manufacturer-dominated supply chain.The models, parameter and complex dynamics analysis in this dissertation arebased on economic management background. The conclusion offers intellectualsupport to decision makers of enterprises along the supply chain.