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Filtering by: Creator Satoru Suzuki Type Work Keyword maximum entropy, neural synchronization, EEG, spectral-power dynamics

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A phase-shifting anterior-posterior network organizes global phase relations, Probabilistic, entropy-maximizing control of large-scale neural synchronization, Spatiotemporal dynamics of maximal and minimal EEG spectral power

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ARTICLE 3: TITLE. A phase-shifting anterior-posterior network organizes global phase relations. ABSTRACT. Prior research has identified a variety of task-dependent networks that form through inter-regional phase-locking of oscillatory activity that are neural correlates of specific behaviors. Despite ample knowledge of task-specific functional networks, general rules governing global phase relations have..., ARTICLE 1: TITLE. Probabilistic, entropy-maximizing control of large-scale neural synchronization. ABSTRACT. Oscillatory neural activity is dynamically controlled to coordinate perceptual, attentional and cognitive processes. On the macroscopic scale, this control is reflected in the U-shaped deviations of EEG spectral-power dynamics from stochastic dynamics, characterized by disproportionately elevated occurrences of the..., and ARTICLE 2: TITLE. Spatiotemporal dynamics of maximal and minimal EEG spectral power. ABSTRACT. Oscillatory neural activities are prevalent in the brain with their phase realignment contributing to the coordination of neural communication. Phase realignments may have especially strong (or weak) impact when neural activities are strongly synchronized (or desynchronized) within...

Keyword:

neural synchronization, EEG, spectral power, spatiotemporal dynamics, maximum entropy, neural synchronization, EEG, spectral-power dynamics, and EEG global phase relations, modularity, anterior-posterior network

Creator:

Satoru Suzuki

Owner:

Satoru Suzuki

Publisher:

PLoS

Date Uploaded:

04/13/2021

Date Modified:

05/23/2022

Resource Type:

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A phase-shifting anterior-posterior network organizes global phase relations, Probabilistic, entropy-maximizing control of large-scale neural synchronization, Spatiotemporal dynamics of maximal and minimal EEG spectral power

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A phase-shifting anterior-posterior network organizes global phase relations, Probabilistic, entropy-maximizing control of large-scale neural synchronization, Spatiotemporal dynamics of maximal and minimal EEG spectral power