AbstractDefine two binary matroids on the same element set to be mutually semi-dual if every cocycle of one of them is a cycle of the other. We observe that the cycle double cover (CDC) conjecture is equivalent to the following statement: Every bridgeless regular matroid has a loopless graphic semi-dual. This observation is used to construct CDCs for some families of graphs. The main result: Every bridgeless multigraph which contains a Hamiltonian path has a CDC consisting of at most 6 Eulerian subgraphs
AbstractA k-cycle double cover of a graph G is a collection L of at most k eulerian subgraphs of G s...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractThe oddness of a multigraph was introduced by M. Kochol and the author. It is always a nonne...
AbstractDefine two binary matroids on the same element set to be mutually semi-dual if every cocycle...
AbstractA k-cycle double cover of a graph G is a collection L of at most k eulerian subgraphs of G s...
AbstractMotivated by some problems which had been left open in a previous paper [M. Tarsi, J. Combin...
AbstractA CDC (cycle double cover) of a graph G is a system (C1,…,Ck) of cycles in G such that each ...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractMotivated by some problems which had been left open in a previous paper [M. Tarsi, J. Combin...
AbstractThe long standing Cycle Double Cover Conjecture states that every bridgeless graph can be co...
AbstractThe assertion of the long standing cycle double cover conjecture is shown to be true if eith...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
AbstractDefine a graph to be a Kotzig graph if it is m-regular and has an m-edge colouring in which ...
AbstractIt is proved that, if M is a binary matroid, then every cocircuit of M has even cardinality ...
AbstractA proof is given of the result about binary matroids that implies that a connected graph is ...
AbstractA k-cycle double cover of a graph G is a collection L of at most k eulerian subgraphs of G s...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractThe oddness of a multigraph was introduced by M. Kochol and the author. It is always a nonne...
AbstractDefine two binary matroids on the same element set to be mutually semi-dual if every cocycle...
AbstractA k-cycle double cover of a graph G is a collection L of at most k eulerian subgraphs of G s...
AbstractMotivated by some problems which had been left open in a previous paper [M. Tarsi, J. Combin...
AbstractA CDC (cycle double cover) of a graph G is a system (C1,…,Ck) of cycles in G such that each ...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractMotivated by some problems which had been left open in a previous paper [M. Tarsi, J. Combin...
AbstractThe long standing Cycle Double Cover Conjecture states that every bridgeless graph can be co...
AbstractThe assertion of the long standing cycle double cover conjecture is shown to be true if eith...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
AbstractDefine a graph to be a Kotzig graph if it is m-regular and has an m-edge colouring in which ...
AbstractIt is proved that, if M is a binary matroid, then every cocircuit of M has even cardinality ...
AbstractA proof is given of the result about binary matroids that implies that a connected graph is ...
AbstractA k-cycle double cover of a graph G is a collection L of at most k eulerian subgraphs of G s...
AbstractWe introduce a concept of a semiextension of a cycle, and we conjecture a simple necessary a...
AbstractThe oddness of a multigraph was introduced by M. Kochol and the author. It is always a nonne...