AbstractIn this paper, we determine the minimal separators of P4-sparse graphs and establish bounds on their number. Specifically, we show that a P4-sparse graph G on n vertices and m edges has fewer than 2n/3 minimal separators of total description size at most 4m/3. The bound on the number of minimal separators is tight and is also tight for the class of cographs, a well known subclass of the P4-sparse graphs. Our results enable us to present a linear-time and linear-space algorithm for computing the number of minimal separators of a given P4-sparse graph; the algorithm can be modified to report the minimal separators of the input graph in linear time and space as well
International audienceWe present an efficient algorithm that lists the minimal separators of a 3-con...
Quite often, real-life applications suggest the study of graphs that feature some local density prop...
We present an efficient algorithm which computes the set of minimal separators of a graph in O(n³) t...
AbstractIn this paper, we determine the minimal separators of P4-sparse graphs and establish bounds ...
AbstractA graph G is P4-sparse if no set of five vertices in G induces more than one chordless path ...
AbstractHoàng defined the P4-sparse graphs as the graphs where every set of five vertices induces at...
AbstractWe present an efficient algorithm that lists the minimal separators of a 3-connected planar ...
AbstractIn this paper, we define a graph G as semi-P4-sparse if G does not contain as induced subgra...
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...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
AbstractA graph G was defined in [16] as P4-reducible, if no vertex in G belongs to more than one ch...
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...
Quite often, real-life applications suggest the study of graphs that feature some local density prop...
We present an efficient algorithm which computes the set of minimal separators of a graph in O(n³) t...
AbstractIn this paper, we determine the minimal separators of P4-sparse graphs and establish bounds ...
AbstractA graph G is P4-sparse if no set of five vertices in G induces more than one chordless path ...
AbstractHoàng defined the P4-sparse graphs as the graphs where every set of five vertices induces at...
AbstractWe present an efficient algorithm that lists the minimal separators of a 3-connected planar ...
AbstractIn this paper, we define a graph G as semi-P4-sparse if G does not contain as induced subgra...
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...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
A graph G is P4-sparse if no set of five vertices in G induces more than one chordless path of lengt...
AbstractA graph G was defined in [16] as P4-reducible, if no vertex in G belongs to more than one ch...
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...
Quite often, real-life applications suggest the study of graphs that feature some local density prop...
We present an efficient algorithm which computes the set of minimal separators of a graph in O(n³) t...