We study the evolution of bifurcation delay in a network of locally coupled slow-fast systems. Our study reveals that a tiny perturbation even in a single node causes asymmetry in bifurcation delay. We investigate the evolution of bifurcation delay as a function of various parameters, such as feedback coupling strength, amplitude of external force, frequency of external force, and delay coupling strength. We show that a traveling wave is generated as the result of introducing local parameter mismatch, and the bifurcation delay shows a dip in the spatial profile. We believe that these spatiotemporal patterns in bifurcation delay shed light on the dynamics of neuronal networks.
Bifurcation delay in a network of locally coupled slow-fast systems.
D. Premraj,K. Suresh,T. Banerjee,K. Thamilmaran
Published 2018 in Physical Review E
ABSTRACT
PUBLICATION RECORD
- Publication year
2018
- Venue
Physical Review E
- Publication date
2018-08-08
- Fields of study
Medicine, Physics
- Identifiers
- External record
- Source metadata
Semantic Scholar, PubMed
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