精品文档---下载后可任意编辑Amenable 群作用动力系统的拓扑条件熵和自共形测度发散点的维数的开题报告Title: Topological entropy and the dimension of divergent points of self-conformal measure for amenable group actions on dynamical systemsAbstract:This study aims to investigate the dynamical properties of amenable group actions on dynamical systems through topological entropy and the dimension of divergent points of self-conformal measure. Specifically, we will explore the relationship between the two concepts and how they are affected by amenable group actions.Topological entropy is a measure of the complexity of a dynamical system, and it reflects the rate of divergence of nearby orbits over time. In contrast, the dimension of divergent points of self-conformal measure is a geometric measure of the fractal structure of a dynamical system, particularly how the system fills or covers different parts of the phase space. Both concepts have been extensively studied in the context of dynamical systems and have proven to be valuable tools for characterizing the behaviors of a wide range of systems.In this project, we will focus on amenable group actions, which are characterized by certain algebraic properties that make them amenable to analysis using tools from group theory and ergodic theory. We will explore how amenable group actions affect the topological entropy and the dimension of divergent points of self-conformal measure, and how these measures can be used to classify amenable group actions based on their dynamical behaviors.Overall, this project will contribute to a better understanding of the relationships between different measures of dynamical complexity, and how these measures are affected by specific forms of symmetry in the underlying system. It will also provide insight into the general properties of amenable group actions and their role in shaping the dynamics of complex systems.
