Which is the most reliable graph with n nodes and m edges? This celebrated problem has several aspects, according to the notion of optimality (in a local or uniform sense), failure type (either nodes or edges), or reliability model (all-terminal connectedness, two-terminal or multiterminal setting). This article presents a chronological survey of the multiple proposals to address the problem, together with recent trends and enigmatic conjectures posed decades ago that promote further research.Agencia Nacional de Investigación e Innovació
Designing reliable networks consists in finding topological structures, which are able to successful...
AbstractGiven an unreliable communication network, we seek for a node which maximizes the expected n...
AbstractWe study the problem of assigning given failure probabilities to the nodes of a network so a...
Which is the most reliable graph with n nodes and m edges? This celebrated problem has several aspec...
AbstractThe uniformly optimal graph problem with node failures consists of finding the most reliable...
We consider the reliability of graphs for which nodes fail independently of each other with a consta...
Consider a graph with perfect nodes but independent edge failures with identical probability ρ. The ...
AbstractWe consider the standard network reliability model in which each edge of a graph fails, inde...
Consider a graph with perfect nodes and edges subject to independent random failures with identical ...
International audienceWe model a communication system by a network, were the terminals are perfect b...
AbstractGiven a network with n vertices and m edges where each edge has an independent operational p...
We are living in a connected world and failures can occur anywhere at any time probabilistically. In...
There is a vast literature focused on network reliability evaluation. In the last decades, reliabili...
The reliability polynomial of a graph gives the probability that a graph remains operational when al...
In this thesis, we will study the concept of k-edge connected and k-connected reliability. There, ve...
Designing reliable networks consists in finding topological structures, which are able to successful...
AbstractGiven an unreliable communication network, we seek for a node which maximizes the expected n...
AbstractWe study the problem of assigning given failure probabilities to the nodes of a network so a...
Which is the most reliable graph with n nodes and m edges? This celebrated problem has several aspec...
AbstractThe uniformly optimal graph problem with node failures consists of finding the most reliable...
We consider the reliability of graphs for which nodes fail independently of each other with a consta...
Consider a graph with perfect nodes but independent edge failures with identical probability ρ. The ...
AbstractWe consider the standard network reliability model in which each edge of a graph fails, inde...
Consider a graph with perfect nodes and edges subject to independent random failures with identical ...
International audienceWe model a communication system by a network, were the terminals are perfect b...
AbstractGiven a network with n vertices and m edges where each edge has an independent operational p...
We are living in a connected world and failures can occur anywhere at any time probabilistically. In...
There is a vast literature focused on network reliability evaluation. In the last decades, reliabili...
The reliability polynomial of a graph gives the probability that a graph remains operational when al...
In this thesis, we will study the concept of k-edge connected and k-connected reliability. There, ve...
Designing reliable networks consists in finding topological structures, which are able to successful...
AbstractGiven an unreliable communication network, we seek for a node which maximizes the expected n...
AbstractWe study the problem of assigning given failure probabilities to the nodes of a network so a...