Structure and Dynamics of Networks
Structure and Dynamics of Networks
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发表时间：
2009-01
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通讯作者：
Sebastian Weber
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作者：
Sebastian Weber
网络已经成为一个通用的概念，用于对实体之间的任意关系的结构进行建模。网络的框架引入了一种不同于物理学中的“经典”结构的全新方法，以模拟系统的拓扑结构。在网络的背景下，新的拓扑效应可能会出现，并导致一类被称为“复杂网络”的拓扑结构。网络的概念成功地模拟了经验系统、任意模型和物理系统的静态拓扑。一般来说，网络作为主机运行在其上的一些动力学，以实现功能。网络上的动力过程与其拓扑结构之间的相互关系问题是本文的研究内容。
Networks have become a general concept to model the structure of arbitrary relationships among entities. The framework of a network introduces a fundamentally new approach apart from `classical' structures found in physics to model the topology of a system. In the context of networks fundamentally new topological effects can emerge and lead to a class of topologies which are termed `complex networks'. The concept of a network successfully models the static topology of an empirical system, an arbitrary model, and a physical system. Generally networks serve as a host for some dynamics running on it in order to fulfill a function. The question of the reciprocal relationship among a dynamical process on a network and its topology is the context of this Thesis.