MATH 674 - Structure and Dynamics of Complex Networks II: Dynamical Processes

3 Credit(s)

Description:
This course on complex networks is intended for graduate students in mathematics, physics, biology, computer science and engineering who wish to learn about the major ideas and techniques developed in - and the results recently discovered in - one of the most important interdisciplinary research fields. The students will find the main concepts an results presented in a way that is accessible to those with only a good knowledge of basic calculus and probability. They will learn the ideas and methods of network theory that will allow them to study the structure of complex networks. The course is devoted to the introduction of essential network concepts, the development of new network models, and the characterization of the structural properties of real world networks. It will contain topics from graph theory, social networks analysis, statistical physics, systems biology, ecology, and computer science. The course will combine lectures, readings, and discussions of the recent research literature. Throughout the course theoretical ideas and methods will be presented in concert with numerous applications. During the course computational methods will be emphasized and appropriate software for network analysis will be used.

Enrollment Requirements:
MATH 673

039237:1