AbstractSuppose that a 2-connected cubic graph G of order n has a circuit C of length at least n−4 such that G−V(C) is connected. We show that G has a circuit double cover containing a prescribed set of circuits which satisfy certain conditions. It follows that hypohamiltonian cubic graphs (i.e., non-hamiltonian cubic graphs G such that G−v is hamiltonian for every v∈V(G)) have strong circuit double covers
AbstractLet G be a bridgeless cubic graph associated with an eulerian weight w:E(G)↦{1,2}. A faithfu...
AbstractEvery 2-connected simple cubic graph of order n⩾6 has a cycle cover with at most ⌈n/4⌉ cycle...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractLet G be a two-connected graph. A family F of circuits of G is called a circuit double cover...
AbstractLet G be a two-connected graph. A family F of circuits of G is called a circuit double cover...
AbstractA cubic graph H is called a Kotzig graph if H has a circuit double cover consisting of three...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
AbstractWe show that the edge set of a bridgeless cubic graph G can be covered with circuits such th...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
AbstractThe main result of this paper can be roughly described as follows. Any bridgeless cubic grap...
AbstractDefine a graph to be a Kotzig graph if it is m-regular and has an m-edge colouring in which ...
AbstractThe main result of this paper can be roughly described as follows. Any bridgeless cubic grap...
AbstractLet G be a bridgeless cubic graph associated with an eulerian weight w:E(G)↦{1,2}. A faithfu...
AbstractEvery 2-connected simple cubic graph of order n⩾6 has a cycle cover with at most ⌈n/4⌉ cycle...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractLet G be a two-connected graph. A family F of circuits of G is called a circuit double cover...
AbstractLet G be a two-connected graph. A family F of circuits of G is called a circuit double cover...
AbstractA cubic graph H is called a Kotzig graph if H has a circuit double cover consisting of three...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
The research of my dissertation is motivated by the Circuit Double Cover Conjecture due to Szekeres ...
AbstractWe show that the edge set of a bridgeless cubic graph G can be covered with circuits such th...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
AbstractThe main result of this paper can be roughly described as follows. Any bridgeless cubic grap...
AbstractDefine a graph to be a Kotzig graph if it is m-regular and has an m-edge colouring in which ...
AbstractThe main result of this paper can be roughly described as follows. Any bridgeless cubic grap...
AbstractLet G be a bridgeless cubic graph associated with an eulerian weight w:E(G)↦{1,2}. A faithfu...
AbstractEvery 2-connected simple cubic graph of order n⩾6 has a cycle cover with at most ⌈n/4⌉ cycle...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...