AbstractKumar and Madhavan [Minimal vertex separators of chordal graphs, Discrete Appl. Math. 89 (1998) 155–168] gave a linear time algorithm to list all the minimal separators of a chordal graph. In this paper we give another linear time algorithm for the same purpose. While the algorithm of Kumar and Madhavan requires that a specific type of PEO, namely the MCS PEO is computed first, our algorithm works with any PEO. This is interesting when we consider the fact that there are other popular methods such as Lex BFS to compute a PEO for a given chordal graph
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
AbstractKumar and Madhavan [Minimal vertex separators of chordal graphs, Discrete Appl. Math. 89 (19...
We give O(m + n) algorithms for enumerating all minimum separators as well as minimal separators in ...
We present a simple unified algorithmic process which uses either LexBFS or MCS on a chordal graph t...
We present an efficient algorithm which computes the set of minimal separators of a graph in O(n³) t...
Chordal graphs form an important and widely studied subclass of perfect graphs. The set of minimal v...
AbstractWe present an efficient algorithm that lists the minimal separators of a 3-connected planar ...
AbstractWe present a new representation of a chordal graph called the clique-separator graph, whose ...
AbstractA partitioning problem on chordal graphs that arises in the solution of sparse triangular sy...
We present here some results on particular elimination schemes for chordal graphs, namely we show th...
We present an alternative linear time algorithm that computes an ordering that produces a fill-in th...
We address the problem of computing the atoms of the decomposition by clique minimal separators of a...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
AbstractKumar and Madhavan [Minimal vertex separators of chordal graphs, Discrete Appl. Math. 89 (19...
We give O(m + n) algorithms for enumerating all minimum separators as well as minimal separators in ...
We present a simple unified algorithmic process which uses either LexBFS or MCS on a chordal graph t...
We present an efficient algorithm which computes the set of minimal separators of a graph in O(n³) t...
Chordal graphs form an important and widely studied subclass of perfect graphs. The set of minimal v...
AbstractWe present an efficient algorithm that lists the minimal separators of a 3-connected planar ...
AbstractWe present a new representation of a chordal graph called the clique-separator graph, whose ...
AbstractA partitioning problem on chordal graphs that arises in the solution of sparse triangular sy...
We present here some results on particular elimination schemes for chordal graphs, namely we show th...
We present an alternative linear time algorithm that computes an ordering that produces a fill-in th...
We address the problem of computing the atoms of the decomposition by clique minimal separators of a...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...