Sentence examples for synchronized networks from inspiring English sources

While FC analysis as a data processing method seems to be effective in the detection of consistently synchronized networks of brain areas, there is an ongoing discussion regarding the origin of the specific observed patterns.

The case where some of the entities are synchronized and some are not can also be considered (Ref. [ 37] shows how synchronized networks can be modeled with Petri nets).

This discrepancy may be explained by a systematic relationship between sizes of synchronized networks and the frequency band of their synchronization: the higher the frequency the smaller the size (von Stein and Sarnthein 2000).

For this comparison, we used the scheme developed for synchronized networks in [23].

The referred cell-cell interference and UE-UE interference are called cross-slot interference, which do not exist in traditional synchronized networks with aligned downlink/uplink transmission and reception.

Concerning the frontal MEG activity that is thought to accompany visual rivalry [45], a recent study reported that measures of coherence between different sensors may be dominated by signals from a common occipital source [47], suggesting that previous claims about widespread synchronized networks during binocular rivalry are premature.

A further problem in the PCO model occurs in the case of an already synchronized network comprising several nodes.

The authors describe how to perform positioning of a receiver using a single-frequency synchronized network like the one deployed in many countries for terrestrial digital television broadcasting.

None of the smaller clusters in our experiments (below 2500 µm2) exhibited synchronized network activity.

Apparently, clusters larger than 5000 µm2, corresponding to about 40 cells (see details in Text S2), already exhibit synchronized network activity.

By applying an acute phase shift, we are most likely uncoupling the tightly synchronized network of circadian oscillators, including regions of the brain responsible for learning and memory.