Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the homogeneous coupling when the intra-layer and inter-layer coupling strength are set to 0.42 and 0.5, respectively.

Phase distributions in the presence of inhomogeneous coupling .

Robert Ton (606974)
Gustavo Deco (50143)
Andreas Daffertshofer (238842)

July 2014

A: Strong coupling (). B: Weak coupling (). As predicted by the phase derivation (9...

For each subject, couplings are listed between, HbO2 and Hb, HbO2 and BP, and BP and RRI.

Gert Pfurtscheller (310201)
Ian Daly (310203)
Günther Bauernfeind (310205)
Gernot R. Müller-Putz (310207)

February 2013

Dominant frequencies (DFs), periods, phase shifts, and squared coherence values () are listed in ...

Fig 11 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The panels show the evolution of order parameter of the upper layer with the increase of intra-layer...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the linear correlation when the intra-layer and inter-layer coupling strength are set to 0.7 and 0.5, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the linear correlation when the intra-layer and inter-layer coupling strength are set to 0.23 and 0.9, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the super-linear correlation when the intra-layer and inter-layer coupling strength are set to 0.72 and 0.9, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Fig 10 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

(a) The evolution of order parameter of the upper layer for the linear correlation. (b) and (c) show...

The evolution of order parameter of the upper layer with the increase of intra-layer coupling strength when the inter-layer coupling strength λ is set to 0.9.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Both of them correspond to the super-linear correlations, (a) β = 1.3, (b) β = 1.7. Every data point...

The evolution of order parameter of the upper layer with the increase of intra-layer coupling strength for different values of β, (a) β = 0.25, (b) β = 0.75.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The inter-layer coupling strength λ is set to 0.5. Every data point in the two panels is the average...

The evolution of order parameter of the upper layer with the increase of inter-layer coupling strength for different values of β, (a) β = 0.5, (b) β = 2.0.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The intra-layer coupling strength μ is set to 0.8. Every data point in the two panels is the average...

Comparisons between conditions for the phase-phase (PP) couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

Coupling strength between the 4–8 Hz and 8–12 Hz components was measured using the PLV. Mean PLV ...

Comparisons between conditions for cross-frequency couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

The phase-amplitude (top rows) and phase-phase (bottom rows) couplings were measured without adap...

Fig 12 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The panels show the evolution of order parameters of the upper (a) and lower (b) layers with the inc...

Distributions of inter-module phase differences as a function of topology and coupling strength.

Michael Mackay (411250)
Siyu Huo (16799240)
Marcus Kaiser (63381)

August 2023

By rows, high η networks at the top to low η networks on the bottom row. By columns, low coupling st...

Comparisons between conditions for the phase-amplitude (PA) couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

Coupling strength for IC and NC conditions was measured using the PLV. Mean PLV for the 1–4 Hz an...

Phase distributions in the presence of inhomogeneous coupling .

Robert Ton (606974)
Gustavo Deco (50143)
Andreas Daffertshofer (238842)

July 2014

A: Strong coupling (). B: Weak coupling (). As predicted by the phase derivation (9...

For each subject, couplings are listed between, HbO2 and Hb, HbO2 and BP, and BP and RRI.

Gert Pfurtscheller (310201)
Ian Daly (310203)
Günther Bauernfeind (310205)
Gernot R. Müller-Putz (310207)

February 2013

Dominant frequencies (DFs), periods, phase shifts, and squared coherence values () are listed in ...

Fig 11 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The panels show the evolution of order parameter of the upper layer with the increase of intra-layer...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the linear correlation when the intra-layer and inter-layer coupling strength are set to 0.7 and 0.5, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the linear correlation when the intra-layer and inter-layer coupling strength are set to 0.23 and 0.9, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the super-linear correlation when the intra-layer and inter-layer coupling strength are set to 0.72 and 0.9, respectively.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for t...

Fig 10 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

(a) The evolution of order parameter of the upper layer for the linear correlation. (b) and (c) show...

The evolution of order parameter of the upper layer with the increase of intra-layer coupling strength when the inter-layer coupling strength λ is set to 0.9.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

Both of them correspond to the super-linear correlations, (a) β = 1.3, (b) β = 1.7. Every data point...

The evolution of order parameter of the upper layer with the increase of intra-layer coupling strength for different values of β, (a) β = 0.25, (b) β = 0.75.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The inter-layer coupling strength λ is set to 0.5. Every data point in the two panels is the average...

The evolution of order parameter of the upper layer with the increase of inter-layer coupling strength for different values of β, (a) β = 0.5, (b) β = 2.0.

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The intra-layer coupling strength μ is set to 0.8. Every data point in the two panels is the average...

Comparisons between conditions for the phase-phase (PP) couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

Coupling strength between the 4–8 Hz and 8–12 Hz components was measured using the PLV. Mean PLV ...

Comparisons between conditions for cross-frequency couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

The phase-amplitude (top rows) and phase-phase (bottom rows) couplings were measured without adap...

Fig 12 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The panels show the evolution of order parameters of the upper (a) and lower (b) layers with the inc...

Distributions of inter-module phase differences as a function of topology and coupling strength.

Michael Mackay (411250)
Siyu Huo (16799240)
Marcus Kaiser (63381)

August 2023

By rows, high η networks at the top to low η networks on the bottom row. By columns, low coupling st...

Comparisons between conditions for the phase-amplitude (PA) couplings.

Jérôme Van Zaen (398030)
Micah M. Murray (165344)
Reto A. Meuli (398031)
Jean-Marc Vesin (379987)

April 2013

Coupling strength for IC and NC conditions was measured using the PLV. Mean PLV for the 1–4 Hz an...

Phase distributions in the presence of inhomogeneous coupling .

Robert Ton (606974)
Gustavo Deco (50143)
Andreas Daffertshofer (238842)

July 2014

A: Strong coupling (). B: Weak coupling (). As predicted by the phase derivation (9...

For each subject, couplings are listed between, HbO2 and Hb, HbO2 and BP, and BP and RRI.

Gert Pfurtscheller (310201)
Ian Daly (310203)
Günther Bauernfeind (310205)
Gernot R. Müller-Putz (310207)

February 2013

Dominant frequencies (DFs), periods, phase shifts, and squared coherence values () are listed in ...

Fig 11 -

Liuhua Zhu (13833680)
Shu Zhu (356373)

September 2022

The panels show the evolution of order parameter of the upper layer with the increase of intra-layer...

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the homogeneous coupling when the intra-layer and inter-layer coupling strength are set to 0.42 and 0.5, respectively.

Abstract

Extracted data

Snapshots of the instantaneous phases (left panel) and the effective frequencies (right panel) for the homogeneous coupling when the intra-layer and inter-layer coupling strength are set to 0.42 and 0.5, respectively.

Abstract

Extracted data

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