Functional connectivity refers to the functionally integrated relationship among spatially separated brain regions, which is characterized by
phase synchronization of EEG signals of two brain regions in the infant EEG alpha frequency band (6 — 9 Hz)[26].
We computed
phase synchronization to represent the functional connectivity between two EEG signals in the infant alpha band.
Detailed description of
the phase synchronization calculation [29] is widely used in neurophysiology since the analysis can be restricted to certain frequency bands reflecting specific brain rhythms, which allows relating the results to cognitive processes [38].
We computed a functional connectivity matrix (A) whose element (Aij) is
phase synchronization between the ith and jth channels.
Effects of a locally injected signal on
phase synchronization in a network of self - excited cells.
Not exact matches
«This paper showed that it's possible to detect a correlation between the human sleep cycle and lunar
phases, which strongly suggests to me that there is some kind of
synchronization,» Tessmar - Raible says.
Dr. Ryan Tasseff from the Shmulevich Lab at ISB and his colleagues at Procter & Gamble, which funded this research, modeled the dynamics between mesenchymal and follicular cells as coupled out - of -
phase oscillators that were able to reproduce the
synchronization observed in the data.
We then looked into the neural correlates of these effects and found increased delta band
synchronization, as measured by inter-trial
phase coherence, in the rhythmic compared to the random condition.
The Q5 hybrid, which has finally gone into series production after a four - year development
phase, is vastly improved over the earlier prototype version we drove a while back, most notably in the
synchronization of its gasoline engine and electric motor.
This leads to Self - Organizing Criticality, where the
synchronization temporarily maximizes but never fully locks in
phase.
The term
synchronization as used here describes how two or more coupled nonlinear oscillators adjust their (initially different) natural rhythms to a common frequency and constant relative
phase.
As an innovative solution for the
phase lag between the subwoofer and the main channel speakers caused by the network filter, Phase Control compensates the delayed bass to improve sound synchronization, making low sound more dynamic, while delivering clear reproduction of sound in the middle as well as high frequency b
phase lag between the subwoofer and the main channel speakers caused by the network filter,
Phase Control compensates the delayed bass to improve sound synchronization, making low sound more dynamic, while delivering clear reproduction of sound in the middle as well as high frequency b
Phase Control compensates the delayed bass to improve sound
synchronization, making low sound more dynamic, while delivering clear reproduction of sound in the middle as well as high frequency bands.