Applications of dynamic games

提议的研究计划涉及：-工业系统的建模涉及少数参与者（公司，国家等）具有相互依赖的回报。-以非合作游戏模式为特征的系统的平衡解的确定和计算。-机制的设计，满足某些必要的属性（例如，最优性，公平性，个人合理性），在策略协调可行的情况下，随着时间的推移共享和维持合作结果。研究涉及以下领域的理论和计算问题以及应用问题：-环境管理（例如，协调国家、区域或省之间的排放战略）。-分销渠道（如营销网络中的冲突与合作、多分销渠道、供应链管理等）由于问题涉及的参与者很少，而且是高度动态的，因此自然的方法框架是动态博弈论和数学规划。该计划的主要贡献是将动力学引入到迄今为止主要使用静态模型研究的问题的分析中，并提供新的工具和机制来解决这些问题。

The proposed research program deals with: - The modeling of industrial systems involving few players (firms, countries, etc.) having interdependent payoffs. - The determination and the computation of equilibrium solutions for systems characterized by a non cooperative mode of play. - The design of mechanisms, that satisfy certain required properties (e.g., optimality, fairness, individual rationality), for sharing and sustaining over time cooperative outcomes when coordination of strategies is feasible. The research addresses theoretical and computational issues as well as applied problems posed in the areas of: - Environmental management (e.g., coordination of emission strategies among countries, regions or provinces). - Distribution channels (e.g., conflict and cooperation in marketing networks, multiple distribution channels, supply chain management, etc.). Since the problems involve few actors and are highly dynamic, the natural methodological frameworks are those of dynamic game theory and mathematical programming. The main contribution of this program is in introducing dynamics in the analysis of problems which have been studied up to now mainly using static models and in providing novel tools and mechanisms to solve them.