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Allen Downey, Olin College
Complexity Science is an approach to modeling systems using tools from discrete mathematics and computer science, including networks, cellular automata, and agent-based models. It has applications in many areas of natural and social science. Python is a particularly good language for exploring and implementing models of complex systems. In this tutorial, I present material from the second edition of *Think Complexity* and from a class I teach at Olin College. We will work with random networks using NetworkX, with cellular automata using NumPy, and we will implement simple agent-based models.
We will use NetworkX and NumPy, but no prior experience with these libraries is required.
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