AbstractThe main result of this paper is the NP-completeness of the HAMILTONIAN CIRCUIT problem for chordal bipartite graphs. This is proved by a sophisticated reduction from SATISFIABILITY. As a corollary, HAMILTONIAN CIRCUIT is NP-complete for strongly chordal split graphs. On both classes the complexity of the HAMILTONIAN PATH problem coincides with the complexity of HAMILTONIAN CIRCUIT. Further, we show that HAMILTONIAN CIRCUIT is linear-time solvable for convex bipartite graphs
A graph G (V, E) is said to be Hamiltonian if it contains a spanning cycle. The spanning cycle is ca...
Abstract — A bipartite graph is hamiltonian laceable if there exists a hamiltonian path between any ...
International audienceThe decision problems of the existence of a Hamiltonian cycle or of a Hamilton...
AbstractThe main result of this paper is the NP-completeness of the HAMILTONIAN CIRCUIT problem for ...
Bertossi and Bonuccelli [2] proved that the Hamiltonian Circuit problem in NP-Complete even when the...
AbstractA Hamiltonian path of a graph G is a simple path that contains each vertex of G exactly once...
AbstractWe survey results on the sequential and parallel complexity of hamiltonian path and cycle pr...
AbstractRelated to Chvátal's famous conjecture stating that every 2-tough graph is hamiltonian, we s...
Given a Graph G (V, E), We Consider the problem of deciding whether G is Hamiltonian, that is- wheth...
The Hamiltonian cycle reconfiguration problem asks, given two Hamiltonian cycles C 0 and ...
In this paper we present the first deterministic polynomial time algorithm for determining the exist...
AbstractIn this paper we show that the problem of finding a chordless path between a vertex s and a ...
AbstractIn this paper, we derive some results giving sufficient conditions for a graph G containing ...
AbstractThe problem of deciding whether a 3-regular graph has a hamiltonian cycle (or path) was prov...
AbstractThe k-path partition problem is to partition a graph into the minimum number of paths, so th...
A graph G (V, E) is said to be Hamiltonian if it contains a spanning cycle. The spanning cycle is ca...
Abstract — A bipartite graph is hamiltonian laceable if there exists a hamiltonian path between any ...
International audienceThe decision problems of the existence of a Hamiltonian cycle or of a Hamilton...
AbstractThe main result of this paper is the NP-completeness of the HAMILTONIAN CIRCUIT problem for ...
Bertossi and Bonuccelli [2] proved that the Hamiltonian Circuit problem in NP-Complete even when the...
AbstractA Hamiltonian path of a graph G is a simple path that contains each vertex of G exactly once...
AbstractWe survey results on the sequential and parallel complexity of hamiltonian path and cycle pr...
AbstractRelated to Chvátal's famous conjecture stating that every 2-tough graph is hamiltonian, we s...
Given a Graph G (V, E), We Consider the problem of deciding whether G is Hamiltonian, that is- wheth...
The Hamiltonian cycle reconfiguration problem asks, given two Hamiltonian cycles C 0 and ...
In this paper we present the first deterministic polynomial time algorithm for determining the exist...
AbstractIn this paper we show that the problem of finding a chordless path between a vertex s and a ...
AbstractIn this paper, we derive some results giving sufficient conditions for a graph G containing ...
AbstractThe problem of deciding whether a 3-regular graph has a hamiltonian cycle (or path) was prov...
AbstractThe k-path partition problem is to partition a graph into the minimum number of paths, so th...
A graph G (V, E) is said to be Hamiltonian if it contains a spanning cycle. The spanning cycle is ca...
Abstract — A bipartite graph is hamiltonian laceable if there exists a hamiltonian path between any ...
International audienceThe decision problems of the existence of a Hamiltonian cycle or of a Hamilton...