Many factors, such as signal synchronization, compatibility of facilities, complementarity or similarity of expertise (for example, Fig. 1), willingness of collaboration, social opinion, personal attitude, and cultural (dis)similarity usually play a role at least as crucial as that of physical connections in determining the performance of the connected nodes.
Future studies might also capitalize on other imaging modalities (e.g. diffusion tensor imaging) to look at the integrity of subcortical structures and white matter tracts to test the stated hypotheses regarding the role of parietal-superior colliculus connections in determining oculomotor behaviour in PCA and their broader impact upon higher-order perception.
Structural connections are crucial in determining the seismic behaviour of buildings; their importance is indeed acknowledged by current design codes, both in the case of new built and of heritage structures.
Here we report that the balance between activating and inhibiting connections is important in determining whether network dynamics reach steady state or oscillate.
It is evident from Fig. 11d that prying force develops rapidly in connection with larger gage distance ( g_{t}^{prime } ) which also shows significant effect on prying action in determining connection's ultimate moment capacity.
But Currid argues that, nowadays, designers and artists cluster in New York for a simpler reason: in these businesses, personal connections are enormously important in determining success or failure.
It has also been made clear that ingredients such as disorder (the diversity of neurons and the structure of connections) are very important in determining the asymptotic behaviour, as well as the possible presence of delayed interactions and plasticity [5, 6].
The calibrated model identifies the relative importance of various design parameters in determining the connection's response mechanism.
Developmental constraints, such as the lineage relations between different neurons may also play an important role in determining the connection topology of the neuronal network [26].
This suggests that the principal function of the network, viz., processing of sensory information resulting in appropriate motor response, may be playing a vital role in determining the connection topology.
