Maximum Degree Growth of the Iterated Line Graph

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Maximum Degree Growth of the Iterated Line Graph

Let ∆k denote the maximum degree of the k th iterated line graph L(G). For any connected graph G that is not a path, the inequality ∆k+1 ≤ 2∆k − 2 holds. Niepel, Knor, and Šoltés [3] have conjectured that there exists an integer K such that, for all k ≥ K, equality holds; that is, the maximum degree ∆k attains the greatest possible growth. We prove this conjecture using induced subgraphs of max...

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Let δk denote the minimum degree of the k th iterated line graph L(G). For any connected graph G that is not a path, the inequality δk+1 ≥ 2δk − 2 holds. Niepel, Knor, and Šoltés [5] have conjectured that there exists an integer K such that, for all k ≥ K, equality holds; that is, the minimum degree δk attains the least possible growth. We prove this conjecture by extending the methods we used ...

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ژورنال

عنوان ژورنال: The Electronic Journal of Combinatorics

سال: 1999

ISSN: 1077-8926

DOI: 10.37236/1460