Their degrees of connectivity (i.e., connections to other proteins), range from one to 143.
This analysis draws from the weighted connectivity matrix (Fig. 11) using binary measures of connectivity (i.e. connections existing or not, independently of their strength).
Connection elements (CE) characterized by diverse connection ranges, time-to-failure and time-to-repair distributions are allocated to different nodes to provide the system connectivity, i.e., a connection between the source and sink nodes of the LCCS.
Network connectivity, i.e., the number of connections that an individual protein has, was the first parameter reported to influence protein evolution [1], [2], [3], [4], [5].
This correlation suggests that coefficient of functionality decreases with increasing connectivity, i.e., the DF proteins should have higher connections than SF proteins.
The endogenous connectivity (i.e. across script) was significant and positive for the interhemispheric connections between left and right vOT and for the intrahemispheric connections from vOT to pOp in both hemispheres.
These algorithms compute node positions based only on the connectivity, i.e. the neighborhood information of each node.
Furthermore, networks with higher connectivity, i.e., larger values of L, reach their steady state in fewer transmissions.
We have not dealt explicitly with networks or spatial neighbourhoods for assessing connectivity (i.e. Moilanen and Nieminen 2002).
A ceramic sample with (3 0) connectivity, i.e. BaTiO3 grains in a CoFe2O4 matrix was obtained by a combination of spark plasma sintering and annealing.
