This work compares several node (and network) criticality measures quantifying to which extend each node is critical with respect to the communication flow between nodes of the network, and introduces a new measure based on the Bag-of-Paths (BoP) framework. Network disconnection simulation experiments show that the new BoP measure outperforms all the other tested measures on a sample of Erdős-Rényi and Albert-Barabási graphs. Furthermore, a faster (but still O(n^3)), approximate, BoP criticality relying on the Sherman–Morrison rank-one update of a matrix is introduced for tackling larger networks. This approximate measure shows similar performances as the original, exact, one
A distributed system or network can be modeled as a graph representing the "who knows who" relations...
We introduce a rapid deterministic algorithm for identification of the most critical links which are...
Timely identification of critical nodes is crucial for assessing network vulnerability and survivabi...
This work compares several node (and network) criticality measures quantifying to which extend each ...
Telecommunication networks are designed to route data along fixed pathways, and so have minimal reac...
The articulation points and bridges of a connected network are, respectively, the vertices and the e...
This thesis presents an approach to the design and management of core networks where the packet tran...
In this paper, we investigate the popular centrality-based approaches to find a set of critical node...
Critical node discovery plays a vital role in assessing the vulnerability of a computer network to m...
The betweenness centrality of a node is a measure related to the number of shortest path the node is...
Network criticality is a graph-theoretic metric that quanti-fies network robustness, and that was or...
Quantitatively assessing the importance or criticality of each link in a network is of practical val...
Ad hoc network normally has critical connectivity properties before partitioning. The timely recogni...
The articulation points and bridges of a connected network are, respectively, the vertices and the e...
This dissertation examines various facets of the analysis of complex networks. In the first part, w...
A distributed system or network can be modeled as a graph representing the "who knows who" relations...
We introduce a rapid deterministic algorithm for identification of the most critical links which are...
Timely identification of critical nodes is crucial for assessing network vulnerability and survivabi...
This work compares several node (and network) criticality measures quantifying to which extend each ...
Telecommunication networks are designed to route data along fixed pathways, and so have minimal reac...
The articulation points and bridges of a connected network are, respectively, the vertices and the e...
This thesis presents an approach to the design and management of core networks where the packet tran...
In this paper, we investigate the popular centrality-based approaches to find a set of critical node...
Critical node discovery plays a vital role in assessing the vulnerability of a computer network to m...
The betweenness centrality of a node is a measure related to the number of shortest path the node is...
Network criticality is a graph-theoretic metric that quanti-fies network robustness, and that was or...
Quantitatively assessing the importance or criticality of each link in a network is of practical val...
Ad hoc network normally has critical connectivity properties before partitioning. The timely recogni...
The articulation points and bridges of a connected network are, respectively, the vertices and the e...
This dissertation examines various facets of the analysis of complex networks. In the first part, w...
A distributed system or network can be modeled as a graph representing the "who knows who" relations...
We introduce a rapid deterministic algorithm for identification of the most critical links which are...
Timely identification of critical nodes is crucial for assessing network vulnerability and survivabi...