Modelling and Programming the Earth Environment Problems : Cooperation in Multi-agent Games

在我们必须解决世界范围的环境问题的情况下考虑一个博弈是很重要的。本研究是一个逻辑方法的问题，其中一个特定的逻辑模型的多人游戏。我们分析了模型，然后对所考虑的领域有了更多的了解。我们选择了一些多人游戏的领域，如四手经典游戏和多人游戏，为了观察代理人的行为，重点是他们的合作动力学。代理人的行为已经在计算机上进行了模拟。在诸如多人博弈这样的具有丰富不确定性的情况下，每个智能体的合理策略是一个复杂的合作动态过程，而且我们的方法已经在各个方面得到了应用。例如，我们提出了一个新的机制，杂交种群的频率依赖性选择理论的基础上，一种方法来估计的频率和空间异质性的个体植物物种的出现，两种类型的指数有限计数校正来衡量的空间异质性的二元生物特征，和一个新的回归分析，以评估的空间异质性的程度为个体物种。然后，我们还考虑了一个逻辑模型的影响，对近绝经期妇女的健康。

It is important to consider a game in the case where we have to solve the world-wide environmental problems. This research is a logistical approach to the problem, in which a certain logistic model of multi-person games is proposed. We analyzed the model and then obtained more insight into the domain under consideration. We have chosen some domains of multi-person games such as a four-handed classic game and the game of mediocrity, in oder to observe the agent behaviors with focus on the dynamics of their cooperation. The agent behaviors have been simulated on computers. In the situation with rich uncertainty such as a multi-person game, the reasonable strategy for each agent is a sophisticated process toward the dynamics of the cooperation.Moreover, our approach has been applied in various aspects. For example, we proposed a new mechanism for hybridizing populations based on frequency-dependent sexual selection theory, a method to estimate the frequency and the spatial Heterogeneity of occurrence of individual plant species, two types of indices with finite-count correction to measure the spatial heterogeneity of binary characteristics of organisms, and a new regression analysis to evaluate the degree of spatial heterogeneity for individual species. Then, we also considered a logistic model of the effect to the health for near-menopause women.