A dynamic, variable topology network is represented by a time-graph, which indicates the creation and deletion of the vertices and/or edges over time. In ...
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Dec 15, 2010 · The connectivity of time-graphs typically improves as the dynamism in the network increases. With higher dynamism, the graph mixes faster.
In mathematics and computer science, connectivity is one of the basic concepts of graph theory: it asks for the minimum number of elements (nodes or edges) ...
Sep 18, 2021 · The Time Degree Centrality computes the number of connections that each time instant has. The Time PageRank Centrality considers the relative ...
The notion of connectivity in time-graphs is fundamentally different from that in static graphs. End-to-end connectivity is achieved opportunistically by the ...
The notion of connectivity in time-graphs is fundamentally different from that in static graphs. End-to-end connectivity is achieved opportunistically by the ...
A graph with k connected components can be connected by adding k − 1 edges (each connecting two connected components), which requires 2(k − 1) changes to the ...
Mar 6, 2018 · Undirected graph is said to be connected if all its vertices are reachable from a certain vertex (or, equivalently, from any vertex of this graph).
Jul 8, 2024 · We address this gap in knowledge by applying time-resolved network analyses to fMRI data collected during a visuomotor graph learning task.