AbstractLet P be a set of n points in convex position in the plane. The path graph G(P) of P is the graph with one vertex for each plane spanning path of P, in which two paths S and T are adjacent if one can be obtained from the other by a single edge exchange. We prove that if n⩾3, then G(P) is hamiltonian
Let S be a finite set of points in the interior of a simple polygon P. A geodesic graph, GP(S,E), is...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...
A Hamiltonian path is a spanning path in a graph i.e. a path through every vertex. In this paper we ...
AbstractLet P be a set of n points in convex position in the plane. The path graph G(P) of P is the ...
Given a set $P$ of points in the plane, the geometric tree graph of $P$ is defined as the graph $...
Given a set $P$ of points in the plane, the geometric tree graph of $P$ is defined as the graph $T...
AbstractGiven a set P of points in the plane, the geometric tree graph of P is defined as the graph ...
Given a set P of points in the plane, the geometric tree graph of P is defined as the graph T(P) who...
AbstractGiven a set P of points in the plane, the geometric tree graph of P is defined as the graph ...
In 1857, the Irish mathematician Sir William Hamilton(1805-1865) invented a game of travelling aroun...
AbstractIn this paper we show that the entire graph of a bridgeless connected plane graph is hamilto...
We undertake a study on computing Hamiltonian alternating cycles and paths on bicolored point sets....
Let S be a finite set of points in the interior of a simple polygon P. A geodesic graph, GP (S,E), i...
International audienceLet S be a finite set of points in the interior of a simple polygon P. A geode...
We undertake a study on computing Hamiltonian alternating cycles and paths on bicolored point sets. ...
Let S be a finite set of points in the interior of a simple polygon P. A geodesic graph, GP(S,E), is...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...
A Hamiltonian path is a spanning path in a graph i.e. a path through every vertex. In this paper we ...
AbstractLet P be a set of n points in convex position in the plane. The path graph G(P) of P is the ...
Given a set $P$ of points in the plane, the geometric tree graph of $P$ is defined as the graph $...
Given a set $P$ of points in the plane, the geometric tree graph of $P$ is defined as the graph $T...
AbstractGiven a set P of points in the plane, the geometric tree graph of P is defined as the graph ...
Given a set P of points in the plane, the geometric tree graph of P is defined as the graph T(P) who...
AbstractGiven a set P of points in the plane, the geometric tree graph of P is defined as the graph ...
In 1857, the Irish mathematician Sir William Hamilton(1805-1865) invented a game of travelling aroun...
AbstractIn this paper we show that the entire graph of a bridgeless connected plane graph is hamilto...
We undertake a study on computing Hamiltonian alternating cycles and paths on bicolored point sets....
Let S be a finite set of points in the interior of a simple polygon P. A geodesic graph, GP (S,E), i...
International audienceLet S be a finite set of points in the interior of a simple polygon P. A geode...
We undertake a study on computing Hamiltonian alternating cycles and paths on bicolored point sets. ...
Let S be a finite set of points in the interior of a simple polygon P. A geodesic graph, GP(S,E), is...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...
A Hamiltonian path is a spanning path in a graph i.e. a path through every vertex. In this paper we ...