Spatially embedded dynamics and complexity

To gain a deeper understanding of the impact of spatial embedding on the dynamics of complex systems we employ a measure of interaction complexity developed within neuroscience using the tools of statistical information theory. We apply this measure to a set of simple network models embedded within Euclidean spaces of varying dimensionality in order to characterise the way in which the constraints imposed by low-dimensional spatial embedding contribute to the dynamics (rather than the structure) of complex systems. We demonstrate that strong spatial constraints encourage high intrinsic complexity, and discuss the implications for complex systems in general. Key words: complexity, space, networks, information theory

• Type: Journal
• Year: 2010
• Where: COMPLEXITY
• Authors: Christopher L. Buckley, Seth Bullock, Lionel Barnett
• Keywords: Complex Systems, COMPLEXITY 2010, Information Theory, Low-dimensional Spatial Embedding, Solid Modeling