Optimization To Select The Multi-agent System Based On Cellular Automata Virtual Enterprise Partners

Virtual enterprise is considered as a sort of the most competitive cooperation mode in rapid and mutable market and technology condition. Cooperative partner optimization selection is one of realizable means and core technology in the virtual enterprise.The thesis aims at algorithm of Virtual Enterprise Partners Optimization Selected in manufacturing, by the numbers researched the VE Partners Selected means in manufacturing about assess principle,indication system,mathematical model,algorithm design,authentication system and so on, then put forward an modified algorithm for partner optimization selection in virtual enterprise, algorithm is validated by an example and simulation account means.Flowing on the basis of doctrine about Virtual Enterprise Partner Selected, aimed at the goal layer which is time of delivery,the quality of manufacture and service level, the both forms partner selected indication system; the foundation is multi-objective decision-making mathematical model, adopted the method of"weight"setup multi-objective linear decision-making mathematical model, introduce weighted linear operator as objective function of linear programming mathematical model about partner selected. Analytic hierarchy process determinate the key decision-making factor the value question of weighted factor in objective function, aimed at this mathematical model, based on self adapting Genetic Algorithms and program implementation procedure; exploiting Virtual Enterprise Partners Optimization Selection authentication system and validate feasibility of algorithmic with numerical value simulated.The returns is the whole algorithm for partner optimization selection in agility virtual enterprise, it offers quantify decision-making method.