U.S.-Australia Joint Seminar: Dynamics of Complex Inter- connected Biological Systems / Albany, Western Australia / January 1989.

该奖项将支持一个研讨会，“复杂的相互关联的动态 生物系统”，由教授托马斯L。的樊尚 亚利桑那大学图森分校和A.I.第一次见面 University of Western Australia. 与会者将在奥尔巴尼开会， 西澳大利亚州，1989年1月确定并开始处理 在复杂的相互关联的生物模型中的问题 系统. 本次研讨会将汇集博弈论专家， 混沌理论，两者都发挥着越来越重要的作用， 在理解相互关联的进化过程中的作用 系统，以利用协同作用的interdis- 循环重叠。 博弈论和混沌理论的最新发展导致了 提高对动态系统的理解;而博弈论是 混沌理论是理解互联系统的理想工具， 从而形成对复杂系统的互补理解。 生物系统，通常既复杂又相互关联， 是一个合适的竞技场，可以把这两个学科 共同解决生物学中存在的根本问题 建模 西澳大学是一所 主动动力系统组，本次研讨会也将采取 利用澳大利亚与澳大利亚之间现有的研究联系， 美国的参与者。

This award will support a seminar, "Dynamics of Complex Interconnected Biological Systems", organized jointly by Prof. Thomas L. Vincent of the University of Arizona, Tucson, and Prof. A.I. Mees of the University of Western Australia. Participants will meet in Albany, Western Australia, in January 1989 to identify and begin to address problems in the modeling of complex interconnected biological systems. This seminar will bring together experts in game theory and chaos theory, both of which are playing an increasingly important role in the understanding of evolutionary processes in interconnected systems, in an attempt to take advantage of the synergy of interdis- ciplinary overlap. Recent developments in both game theory and chaos theory have led to an improved understanding of dynamical systems; while game theory is ideal for understanding interconnected systems, chaos theory is leading to a complementary understanding of complex systems. Biological systems, which are generally both complex and intercon- nected, are a suitable arena in which to bring the two disciplines together to resolve fundamental problems existing in biological modeling. The University of Western Australia is the home of an active dynamical systems group and this workshop will also take advantage of already-existing research ties between the Australian and U.S. participants.