Inference performance for a system of two phase oscillators: Winfree model.

Inference performance for a system of two phase oscillators: Winfree model.

<p>(a): Mean and standard deviation of the relative bias of the inferred coupling strength. The cyan and magenta solid lines represent the performance of the proposed method and the naive methods, respectively. (b) and (c): Phase time series obtained from the weak (b) and moderate (c) coupling...

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Bibliographic Details
Main Author: Akari Matsuki (22231882) (author)
Other Authors: Hiroshi Kori (131680) (author), Ryota Kobayashi (1427098) (author)
Published: 2025
Subjects:
Biochemistry
Neuroscience
Biological Sciences not elsewhere classified
Mathematical Sciences not elsewhere classified
Information Systems not elsewhere classified
xlink "> synchronization
synchronization strongly depends
may seem counterintuitive
phase reduction theory
control synchronization dynamics
weakly coupled oscillators
proposed method discards
network inference applicable
coupled oscillators
proposed method
established theory
desynchronized oscillators
cycle oscillators
world systems
wider class
time series
simulated data
remains challenging
previous studies
oscillatory systems
observed data
network plays
network inference
method expands
mathematically described
large part
interaction network
desynchronous systems
data used
crucial role
asynchronous systems
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