Finding Nash Equilibrium Point of Nonlinear Non-cooperative Games Using Coevolutionary Strategies

In this paper a coevolutionary algorithm is developed to find the Nash equilibrium (NE) points of nonlinear games. Using the global search property of the evolutionary strategy enables the proposed algorithm to find the admissible NE and escape from trapping in local optimums. Several numerical examples are presented to show the effectiveness of this method for both dynamic and static games.