Simulation of the Self-organized Critical Models on the<br/>Human’s Brain Network

Shokouhi, Fatemeh; Moghimi Araghi, Saman

Simulation of the Self-organized Critical Models on the
Human’s Brain Network

, M.Sc. Thesis Sharif University of Technology Shokouhi, Fatemeh (Author) ; Moghimi Araghi, Saman (Supervisor)

Abstract

Self-organized critical phenomena are interesting phenomena which are ubiquitous in nature. Examples include mountain ranges , coastlines and also activities in the hu-man's brain. In these processes, without fine-tuning of any external parameter such as the temperature, the system exhibits critical behavior. In other words, the dynamics of the system, drives it towards an state in which long range correlations in space and scaling behaviors can be seen.The first successful model which could characterize such systems was BTW model, introduced by Bak , Tang and Wiesenfeld in 1987. This model, later named Abelian sandpile model, was very simple and because of this simplicity, a large amount of...

Simulation of the Self-organized Critical Models on the
Human’s Brain Network

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Simulation of the Self-organized Critical Models on the
Human’s Brain Network

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Simulation of the Self-organized Critical Models on theHuman’s Brain Network

Cataloging brief

Simulation of the Self-organized Critical Models on theHuman’s Brain Network

Find in content

Bookmark

Simulation of the Self-organized Critical Models on the
Human’s Brain Network

Simulation of the Self-organized Critical Models on the
Human’s Brain Network