Sentence examples for relevant synchronization from inspiring English sources

Given the scope of this study, focused on LR-WPAN mesh, we look at the most relevant synchronization protocols which also provide mesh features such as high-density network nodes, scalability, multi-hop, fault-tolerance, and low-computational complexity.

In the paper the authors provides an analytic and generic approach to specifying the relevant synchronization procedures asking first what and then how.

Transient desynchronization of gamma oscillations has been shown to occur between periods of transient task-relevant synchronization [19].

Desynchronizing stimulation techniques were developed to specifically counteract abnormal neuronal synchronization relevant to several neurological and psychiatric disorders.

It is the author's opinion that the results in this paper will become relevant only if synchronization by virtue of correlated inputs is found to exist to a significant degree among Purkinje cells projecting to the same nuclear cell.

Upon synchronization, relevant gaming content can be triggered to the second screen enabling consumers to benefit from unique social media experience and offering broadcaster an effective solution to engage their audience with the primary show with compelling experience, with real time behavioural and traffic analysis.

A frequency window of 35 Hz to 45 Hz was chosen for beamformer source analysis as this bandwidth has been most reliably associated with both intra-regional and inter-regional gamma-band synchronization relevant to conscious experience, feature binding, the dynamics of perceptual organization, and specifically perceptual switching in binocular rivalry [12] [21], [25] [28].

Here, we present only a very abstract view of the information stored in such profiles, focusing only on research outputs, namely works, and only on the attributes that are relevant for their synchronization.

For the enactment phase, it is relevant to specify a synchronization of the life-cycles.

This result supports the view that consciousness emerges as a product of large-scale brain integration implemented by synchronization of relevant neural populations in the gamma-band [6], [7].

We propose that discrete moments of perceptual experience are implemented by transient gamma-band synchronization of relevant cortical regions, and that disintegration and reintegration of these assemblies is time-locked to ongoing theta oscillations.