Graph Theory and Applications

Name: Graph Theory and Applications
Brand: North-Holland
Price: 54.95 EUR
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Akiyama(Author)

J. Akiyama Y. Egawa H. Enomoto(Editor)

North-Holland (Publisher)

Published on 14. May 2014

425 pages

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978-0-08-086778-6 (ISBN)

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Front Cover
Proceedings of the First Japan Conference on Graph Theory and Applocations
Copyright Page
Contents
Preface
Chapter 1. Highly irregular m-chromatic graphs
Chapter 2. Explicit construction of linear sized tolerant networks
Chapter 3. Sorting in rounds
Chapter 4. On edge-Hamiltonian property of Cayley graphs
Chapter 5. Gallai theorems for graphs, hypergraphs, and set systems
Chapter 6. Edge-packings of graphs and network reliability
Chapter 7. Two Hamilton cycles in bipartite reflective Kneser graphs
Chapter 8. A result on generalized Latin rectangles
Chapter 9. Problems and results in combinatorial analysis and graph theory
Chapter 10. Clique partitions and clique coverings
Chapter 11. Extremal theory and bipartite graph-tree Ramsey numbers
Chapter 12. On conjectures of Graffiti
Chapter 13. Small order graph-tree Ramsey numbers
Chapter 14. Enumerating phylogenetic trees with multiple labels
Chapter 15. Triad count statistics
Chapter 16. Score sequences: lexicographic enumeration and tournament construction
Chapter 17. Problems on chain partitions
Chapter 18. A solution to the Misere Shannon switching game
Chapter 19. A graph-theoretical characterization of the order complexes on the 2-sphere
Chapter 20. Hard graphs for the maximum clique problem
Chapter 21. Doubly regular asymmetric digraphs
Chapter 22. Ordering of the elements of a matroid such that its consecutive w elements are independent
Chapter 23. An existential problem of a weight-controlled subset and its application to school timetable construction
Chapter 24. More non-reconstructible hypergraphs
Chapter 25. Constructions of sensitive graphs which are not strongly sensitive
Chapter 26. Combinatorial resolution of systems of differential equations. IV. Separation of variables
Chapter 27. Labeling angles of planar graphs
Chapter 28. Maximal induced trees in sparse random graphs
Chapter 29. Generalizations of critical connectivity of graphs
Chapter 30. On the Euclidean dimension of a complete multipartite graph
Chapter 31. Computation of some Cayley diagrams
Chapter 32. Short cycles in digraphs
Chapter 33. Subgraph counts in random graphs using incomplete U-statistics methods
Chapter 34. Toughness and matching extension in graphs
Chapter 35. Bipartite graphs obtained from adjacency matrices or orientations of graphs
Chapter 36. Cn-factors of group graphs
Chapter 37. An algorithm for solving the jump number problem
Chapter 38. Large scale network analysis with applications to transportation, communication and inference networks
Chapter 39. On the nonseparating independent set problem and feedback set problem for graphs with no vertex degree exceeding three
Chapter 40. p3-factorization of complete bipartite graphs
Chapter 41. n-graphs
Chapter 42. On point-linear arboricity of planar graphs
Chapter 43. On the Littlewood-Richardson rule in terms of lattice path combinatorics
Chapter 44. Chromatic polynomials of generalized trees
Chapter 45. Packing of graphs - A survey
Chapter 46. z-transformation graphs of perfect matchings of hexagonal systems
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Graph Theory and Applications

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