AbstractWe extend Tutte's result that in a finite 3-connected graph the cycle space is generated by the peripheral circuits to locally finite graphs. Such a generalization becomes possible by the admission of infinite circuits in the graph compactified by its ends
AbstractThis paper is the second of three parts of a comprehensive survey of a newly emerging field:...
AbstractWe prove Diestel's conjecture that the square G2 of a 2-connected locally finite graph G has...
AbstractA subgraph isomorphic to K1,p(p≥3) in a graph G is a p-claw of G. A graph G is K1,p-restrict...
AbstractWe extend Tutte's result that in a finite 3-connected graph the cycle space is generated by ...
We extend Tutte's result that in a finite 3-connected graph the cycle space is generated by th...
AbstractThis paper is the second of three parts of a comprehensive survey of a newly emerging field:...
The edge space of a finite graph G = (V, E) over a field F is simply an assignment of field element...
AbstractWe extend three results involving bicycles and left–right tours to infinite, locally finite ...
AbstractJackson and Wormald showed that every 3-connected planar graph G contains a Tutte cycle C su...
AbstractWe study topological versions of paths, cycles and spanning trees in infinite graphs with en...
AbstractIt is proved that any one-to-one edge map f from a 3-connected graph G onto a graph G′, G an...
AbstractWe characterize the graphs that admit a decomposition into circuits, i.e. finite or infinite...
AbstractThis paper is the last part of a comprehensive survey of a newly emerging field: a topologic...
We adapt the cycle space of a finite or locally graph to graphs with vertices of infinite degree, u...
We adapt the cycle space of a finite or locally graph to graphs with vertices of infinite degree, us...
AbstractThis paper is the second of three parts of a comprehensive survey of a newly emerging field:...
AbstractWe prove Diestel's conjecture that the square G2 of a 2-connected locally finite graph G has...
AbstractA subgraph isomorphic to K1,p(p≥3) in a graph G is a p-claw of G. A graph G is K1,p-restrict...
AbstractWe extend Tutte's result that in a finite 3-connected graph the cycle space is generated by ...
We extend Tutte's result that in a finite 3-connected graph the cycle space is generated by th...
AbstractThis paper is the second of three parts of a comprehensive survey of a newly emerging field:...
The edge space of a finite graph G = (V, E) over a field F is simply an assignment of field element...
AbstractWe extend three results involving bicycles and left–right tours to infinite, locally finite ...
AbstractJackson and Wormald showed that every 3-connected planar graph G contains a Tutte cycle C su...
AbstractWe study topological versions of paths, cycles and spanning trees in infinite graphs with en...
AbstractIt is proved that any one-to-one edge map f from a 3-connected graph G onto a graph G′, G an...
AbstractWe characterize the graphs that admit a decomposition into circuits, i.e. finite or infinite...
AbstractThis paper is the last part of a comprehensive survey of a newly emerging field: a topologic...
We adapt the cycle space of a finite or locally graph to graphs with vertices of infinite degree, u...
We adapt the cycle space of a finite or locally graph to graphs with vertices of infinite degree, us...
AbstractThis paper is the second of three parts of a comprehensive survey of a newly emerging field:...
AbstractWe prove Diestel's conjecture that the square G2 of a 2-connected locally finite graph G has...
AbstractA subgraph isomorphic to K1,p(p≥3) in a graph G is a p-claw of G. A graph G is K1,p-restrict...