Spectral Generalizations of Line Graphs: On Graphs with Least Eigenvalue -2

London Mathematical Society Lecture Note #314

by Dragoš M. Cvetković, Peter Rowlinson, Slobodan Simić

Line graphs have the property that their least eigenvalue is greater than or equal to -2, a property shared by generalized line graphs and a finite number of so-called exceptional graphs. This book deals with all these families of graphs in the context of their spectral properties. The authors discuss the three principal techniques that have been employed, namely 'forbidden subgraphs', 'root systems' and 'star complements'. They bring together the major results in the area, including the recent construction of all the maximal exceptional graphs. Technical descriptions of these graphs are included in the appendices, while the bibliography provides over 250 references. This will be an important resource for all researchers with an interest in algebraic graph theory.

310 pages, Kindle Edition

First published July 22, 2004

Reviews

[Kimwonyong]

I want to read this book because my homework of graph theory.