Finding subgraphs of small diameter in undirected graphs has been seemingly unexplored from a parameterized complexity perspective. We perform the first parameterized complexity study on the corresponding NP-hard s-Club problem. We consider two parameters: the solution size and its dual
We study the problem of finding small s-t separators that induce graphs having certain properties. I...
Abstract. We study the problem of finding small s–t separators that induce graphs having certain pro...
We study the problem of finding small s-t separators that induce graphs having certain properties. I...
Finding subgraphs of small diameter in undirected graphs has been seemingly unexplored from a parame...
The s-Club problem asks, for a given undirected graph $G$, whether $G$ contains a vertex set $S$ of ...
AbstractIn this article we study the parameterized complexity of problems consisting in finding degr...
We investigate the parameterized complexity of several problems formalizing cluster identification i...
We study the parameterized complexity of the $s$-Club Cluster Edge Deletion problem: Given a graph $...
International audienceUnder the Strong Exponential-Time Hypothesis, the diameter of general unweight...
In this paper we study the problem of finding a small safe set S in a graph G, i.e. a non-empty set ...
We give tight algorithmic lower and upper bounds for some double-parameterized subgraph problems whe...
At present, most of the important computational problems - be they decision, search, or optimization...
AbstractWe develop new techniques for deriving strong computational lower bounds for a class of well...
Parameterized complexity theory has enabled a refined classification of the difficulty of NP-hard op...
In this paper we study the Sparsest k-Subgraph problem which consists in finding a subset of k verti...
We study the problem of finding small s-t separators that induce graphs having certain properties. I...
Abstract. We study the problem of finding small s–t separators that induce graphs having certain pro...
We study the problem of finding small s-t separators that induce graphs having certain properties. I...
Finding subgraphs of small diameter in undirected graphs has been seemingly unexplored from a parame...
The s-Club problem asks, for a given undirected graph $G$, whether $G$ contains a vertex set $S$ of ...
AbstractIn this article we study the parameterized complexity of problems consisting in finding degr...
We investigate the parameterized complexity of several problems formalizing cluster identification i...
We study the parameterized complexity of the $s$-Club Cluster Edge Deletion problem: Given a graph $...
International audienceUnder the Strong Exponential-Time Hypothesis, the diameter of general unweight...
In this paper we study the problem of finding a small safe set S in a graph G, i.e. a non-empty set ...
We give tight algorithmic lower and upper bounds for some double-parameterized subgraph problems whe...
At present, most of the important computational problems - be they decision, search, or optimization...
AbstractWe develop new techniques for deriving strong computational lower bounds for a class of well...
Parameterized complexity theory has enabled a refined classification of the difficulty of NP-hard op...
In this paper we study the Sparsest k-Subgraph problem which consists in finding a subset of k verti...
We study the problem of finding small s-t separators that induce graphs having certain properties. I...
Abstract. We study the problem of finding small s–t separators that induce graphs having certain pro...
We study the problem of finding small s-t separators that induce graphs having certain properties. I...