Virtual battlefield and combat simulation based on artificial life theory

Combat is a typical complex adaptive system, the traditional battle simulation depends on the mathematical model, will be operational as a deterministic process, it is difficult to combat in the process of modeling many intangible factors. Artificial Life simulation methods, through the multi-agent interaction between the research systems of the emergent, well reveal the nature of combat and combat the process of evolution. Separately proposed a multi-agent combat simulation two-dimensional and three-dimensional evolution model. By calculating the virtual battlefield environment, study the enemy, I, Friends of the multi-party engagement in the process of evolution in the rules and the emergence characteristics, simulation and interpretation of the situation in the battlefield extrapolating behavior and the law of development. In a competitive, learning, collaboration, evolution, gregarious, species extinction, and so the evolution of life phenomena to complete the system complexity of the simulation, the simulation achieved good results. Model system has evolved faster simulation results with reasonable and interactive features.