Any four independent edges of a 4-connected graph are contained in a circuit

Author:

Erdős Péter L.,Győri E.

Publisher

Springer Science and Business Media LLC

Subject

General Mathematics

Reference4 articles.

1. R. Häggkvist-C. Thomassen, Circuits through specified edges,Discrete Mathematics,41 (1982), 29–34.

2. L. Lovász, Problem 5,Period. Math. Hung.,4 (1974), 82.

3. L. Lovász,Combinatorial problems and exercises, North-Holland (1979).

4. L. Pyber, An Erdős-Gallai conjecture,Combinatorica,5 (1984), 67–80.

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1. Connectivity;Discrete Mathematics and Its Applications;2013-11-26

2. One or Two Disjoint Circuits Cover Independent Edges;Journal of Combinatorial Theory, Series B;2002-01

3. On circuits through five edges;Discrete Mathematics;1996-11

4. Paths and cycles concerning independent edges;Graphs and Combinatorics;1990-12

5. An Improved Algorithm for Finding Cycles Through Elements;Integer Programming and Combinatorial Optimization

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