Sentence examples for states connectivity from inspiring English sources

For better overview, we will divide the problem into several parts (sensors and device states, connectivity and data, battery management) and describe them in more details.

Resting state connectivity was assessed by calculating the number of functional connections within the default mode map for each subject.

Internal steady state connectivity parameters are stored in matrix A, modulatory effects on these connections given stimulus u j are described by matrix B, and matrix C represents the direct influence of a stimulus on a given ROI.

This change took place in a compartment of the anterior precuneus that is functionally connected to the motor cortex as revealed in recent resting-state connectivity analysis in humans and monkeys [ 54].

For example, two recent studies on resting state connectivity [ 20, 23] found that the anterior insula is functionally connected to the anterior cingulate cortex, whereas the posterior insula is functionally connected to the primary and secondary motor and somatosensory cortices.

This assumption is supported by the negative modulatory influence of the emotion discrimination task on this connection in SAD patients found here and the decreased functional resting-state connectivity reported by others (Hahn et al. 2011).

Here, we investigated resting-state connectivity in relatively young boys with ASD and typically developing children.

In addition, PDC also highlights that resting state connectivity is present mainly at low frequencies (Fig. 7b), corroborating several studies of resting state brain connectivity [4].

Additional longitudinal studies controlling the intrasubject pain variation may therefore help re-confirm the "true" resting-state connectivity change.

Thus, taken together, our findings may suggest a possible alternative behavioral correlation of resting-state connectivity changes.

Seed-based resting state connectivity of the caudate nucleus and eigenvector centrality were used to identify relationships between insulin resistance and functional brain connectivity.