Virtually nothing is known about how hippocampal and neocortical connectivity with the EC is organized in humans.
LE on the results of probabilistic tractography showed that the main trajectory of connectivity variation in the human insula is organized along the rostrocaudal axis.
It is increasingly recognized that the human brain is organized into large-scale intrinsic connectivity networks (ICNs) whose interrelationships are altered in characteristic ways during psychological tasks.
The human brain is organized as a dynamic network, in which both regional brain activity and inter-regional connectivity support high-level cognitive processes, such as reading.
The volume is organized thematically in five parts, covering: TCP, multi-path and coding and content-centric networking; mobile networks; wireless sensor and vehicular networks; wireless communications and traffic; future research directions, including cloud connectivity, orchestration and SDN.
Finally, LE reveals significant differences in the structure of connection variability when comparing insula and mPMC: sharp changes in connectivity were detected in the mPMC, while in the case of the insula, the connectivity variability was organized in a more continuous manner along the identified rostrocaudal axis.
However, many organisms are organized as metapopulations, where genetic diversity may decline more slowly with increasing levels of connectivity (Pinsky and Palumbi 2014).
Alternatively, the correlations of the low-frequency fluctuations within a series of regions or seeds can be organized into a connectivity matrix (as shown in Figure 3) and subjected to graph theoretical or network analysis [ 15].
The papers are organized in topical sections on connectivity, groupwise registration, neuro segmentation, statistical analysis, dynamic imaging, cortical surface registration, diffusion MRI, functional imaging, torso image analysis, and tract analysis.
They are organized into drainage networks, and hydrologic connectivity of the drainage network is important to maintaining the biological integrity of a stream.
