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1
Dynamical Systems & Time Series
2
Chaotic or Stochastic Dynamics?
3
Chaos & Information
4
Information Theory Quantifiers
5
Measures for Complexity
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The Simple & The Complex
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Crystal & Ideal Gas
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Disequilibrium Q
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Selection of the information measure J
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Selection of Distance D
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Distances between two PDF
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Maximum and Minimum of Generalized Statistical Complexity Measures
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Probability distribution P
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Application to Logistic Map
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Bandt & Pompe - PDF: Summary
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore the first class of a three-part series on information theory tools for neuroscience applications, delivered by Osvaldo A. Rosso at the School on Nonlinear Dynamics, Complex Networks, Information Theory and Machine Learning in Neuroscience. Delve into topics such as dynamical systems, time series, chaotic and stochastic dynamics, chaos and information, information theory quantifiers, complexity measures, and the concept of disequilibrium. Learn about the selection of information measures, distances between probability distribution functions, and the application of these concepts to the logistic map. Gain insights into the Bandt & Pompe probability distribution function and its relevance in neuroscience research.

Information Theory Tools for Neuroscience Applications - Class 1 of 3

ICTP-SAIFR
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