Modeling phase synchronization of interacting neuronal populations: From phase reductions to collective behavior of oscillatory neural networks

B. Pietras

Modeling phase synchronization of interacting neuronal populations: From phase reductions to collective behavior of oscillatory neural networks

B. Pietras

Research output: PhD Thesis › PhD-Thesis - Research and graduation internal

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Original language	English
Qualification	PhD
Awarding Institution	Vrije Universiteit Amsterdam
Supervisors/Advisors	Daffertshofer, Andreas, Supervisor Stefanovska, A., Supervisor, - McClintock, P.V.E., Co-supervisor, -
Award date	20 Dec 2018
Print ISBNs	9789492801616
Publication status	Published - 2018

Keywords

synchronization
coupled oscillators
neural mass model
phase reduction
low-dimensional dynamics

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CoverFinal published version, 1.81 MB
Title pageFinal published version, 73.9 KB
Abstract dutchFinal published version, 119 KB
Abstract englishFinal published version, 119 KB
Table of contentsFinal published version, 206 KB
Preliminary matterFinal published version, 1.48 MB
Chapter 1Final published version, 378 KB
Chapter 2Final published version, 1.7 MB
Chapter 3Final published version, 2.95 MB
Chapter 4Final published version, 2.8 MB
Chapter 5Final published version, 485 KB
Chapter 6Final published version, 851 KB
Chapter 7Final published version, 1.25 MB
End matterFinal published version, 151 KB
Appendix supplementary materialFinal published version, 558 KB
Appendix bibliographyFinal published version, 187 KB
Appendix abstract germanFinal published version, 120 KB

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title = "Modeling phase synchronization of interacting neuronal populations: From phase reductions to collective behavior of oscillatory neural networks",

keywords = "synchronization, coupled oscillators, neural mass model, phase reduction, low-dimensional dynamics",

author = "B. Pietras",

year = "2018",

language = "English",

isbn = "9789492801616",

type = "PhD-Thesis - Research and graduation internal",

school = "Vrije Universiteit Amsterdam",

}

TY - THES

T1 - Modeling phase synchronization of interacting neuronal populations

T2 - From phase reductions to collective behavior of oscillatory neural networks

AU - Pietras, B.

PY - 2018

Y1 - 2018

KW - synchronization

KW - coupled oscillators

KW - neural mass model

KW - phase reduction

KW - low-dimensional dynamics

M3 - PhD-Thesis - Research and graduation internal

SN - 9789492801616

ER -