Hawk-dove game study on green railway alignment selection

In this study, we set asymmetric logical frames to simulate the collaborative process, and assume that the two given environmental factors are players. Given the equal strength of the players in the natural state, it is clear that the classical hawk-dove game model does not consider the strength of both sides. Hence, we continue to develop models based on the classical model, considering the effects of asymmetric interaction. Similarly, in model analysis, we introduce value engineering theory to simplify the model. The suitability of the model design is verified through computer simulations. Simulation graphics show that the probability of cooperation between two sides increases with the difference in strength between the two sides. In addition, the lower the unit value of conflict, the higher is the probability of cooperation. In this strategic direction, we can avoid the application and disoriented development of a wide variety of technology strategies.