The phrase "connectivity node" is correct and usable in written English.
It can be used in contexts related to networking, telecommunications, or technology, referring to a point that facilitates connections between different systems or devices.
Example: "The new connectivity node will enhance the network's performance by allowing multiple devices to communicate more efficiently."
Alternatives: "connection point" or "network node."
A simple rule for intercluster connectivity (node j in cluster i connected to node i in cluster j for all i≠j) leads to regularity, modularity, packageability, fault tolerance, and algorithmic efficiency of the resulting networks.
A two-level swapped network with n2 nodes is built of n copies of an n-node basis network using a simple rule for intercluster connectivity (node j in cluster i connected to node i in cluster j) that ensures its regularity, modularity, packageability, fault tolerance, and algorithmic efficiency.
Firstly, the changes in key parameters which are of landscape ecological importance (shelterbelt density, connectivity, node type and landscape grain size) are examined.
Using a data-driven approach, we found that higher risk tolerance was most strongly associated with greater global functional connectivity (node strength) of and greater gray matter volume in bilateral amygdala.
Designing secure protocols over ad-hoc networks has proved to be a very challenging task, due to various features of such networks, such as partial connectivity, node mobility, and resource constraints.
More generally, topological features like shortest path, connectivity, node degrees and node/edge metrics have become common investigation tools.
A protein sub-network was defined by querying the nearest neighborhood nodes of high connectivity nodes (hubs, degree> = 20), and named according to the gene name of the hub protein.
Ideally, one would want a high selection probability for low connectivity nodes, and a low selection probability at high connectivity nodes.
With the exception of TLR4 and LY96 in the luminal ER- network, clustering and connectivity were inversely correlated, with high connectivity nodes such as ESR, PTN, CCL5, TNF and BCL2, exhibiting very little or no clustering.
This larger module size identified low connectivity nodes which otherwise would have been missed using only the topological, hypergeometric analysis or smaller modules (i.e., only 2 or 3 nodes).
Giving a higher wake interval to heavily loaded nodes (connectivity critical nodes) to ensure their availability when they are needed and giving a lower wake interval to lightly loaded nodes (less connectivity critical nodes) to save their energy.
