Book:Alan Tucker/Applied Combinatorics/Fifth Edition
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Alan Tucker: Applied Combinatorics (5th Edition)
Published $\text {2007}$, Wiley
- ISBN 978-0471438090
Subject Matter
Contents
- PRELUDE
- PART ONE: GRAPH THEORY
- CHAPTER 1: ELEMENTS OF GRAPH THEORY
- 1.1 Graph Models
- 1.2 Isomorphism
- 1.3 Edge Counting
- 1.4 Planar Graphs
- 1.5 Summary and References
- Supplementary Exercises
- CHAPTER 1: ELEMENTS OF GRAPH THEORY
- CHAPTER 2: COVERING CIRCUITS AND GRAPH COLORING
- 2.1 Euler Cycles
- 2.2 Hamilton Circuits
- 2.3 Graph Coloring
- 2.4 Coloring Theorems
- 2.5 Summary and References
- Supplement: Graph Model for Instant Insanity
- Supplement: Exercises
- CHAPTER 2: COVERING CIRCUITS AND GRAPH COLORING
- CHAPTER 3: TREES AND SEARCHING
- 3.1 Properties of Trees
- 3.2 Search Trees and Spanning Trees
- 3.3 The Traveling Salesperson Problem
- 3.4 Tree Analysis of Sorting Problems
- 3.5 Summary and References
- CHAPTER 3: TREES AND SEARCHING
- CHAPTER 4: NETWORK ALGORITHMS
- 4.1 Shortest Paths
- 4.2 Minimal Spanning Trees
- 4.3 Network Flows
- 4.4 Algorithmic Matching
- 4.5 The Transportation Problem
- 4.6 Summary and References
- CHAPTER 4: NETWORK ALGORITHMS
- PART TWO: ENUMERATION
- CHAPTER 5: GENERAL COUNTING METHODS FOR ARRANGEMENTS AND SELECTIONS
- 5.1 Basic Counting Principles
- 5.2 Simple Arrangements and Selections
- 5.3 Arrangements and Selections with Repetitions
- 5.4 Distributions
- 5.5 Binomial Identities
- 5.6 Summary and References
- Supplement: Selected Solutions to Problems in Chapter 5
- CHAPTER 5: GENERAL COUNTING METHODS FOR ARRANGEMENTS AND SELECTIONS
- CHAPTER 6: GENERATING FUNCTIONS
- 6.1 Generating Function Models
- 6.2 Calculating Coefficients of Generating Functions
- 6.3 Partitions
- 6.4 Exponential Generating Functions
- 6.5 A Summation Method
- 6.6 Summary and References
- CHAPTER 6: GENERATING FUNCTIONS
- CHAPTER 7: RECURRENCE RELATIONS
- 7.1 Recurrence Relation Models
- 7.2 Divide-and-Conquer Relations
- 7.3 Solution of Linear Recurrence Relations
- 7.4 Solution of Inhomogeneous Recurrence Relations
- 7.5 Solutions with Generating Functions
- 7.6 Summary and References
- CHAPTER 7: RECURRENCE RELATIONS
- CHAPTER 8: INCLUSION-EXCLUSION
- 8.1 Counting with Venn Diagrams
- 8.2 Inclusion-Exclusion Formula
- 8.3 Restricted Positions and Rook Polynomials
- 8.4 Summary and Reference
- CHAPTER 8: INCLUSION-EXCLUSION
- PART THREE: ADDITIONAL TOPICS
- CHAPTER 9: POLYA'S ENUMERATION FORMULA
- 9.1 Equivalence and Symmetry Groups
- 9.2 Burnside's Theorem
- 9.3 The Cycle Index
- 9.4 Polya's Formula
- 9.5 Summary and References
- CHAPTER 9: POLYA'S ENUMERATION FORMULA
- CHAPTER 10: COMPUTER SCIENCE APPROACHES TO ENUMERATION
- 10.1 Generating Permutations and Combinations and Programming Projects
- 10.2 Formal Languages and Grammars
- 10.3 Finite-State Machines
- 10.4 Summary and References
- CHAPTER 10: COMPUTER SCIENCE APPROACHES TO ENUMERATION
- CHAPTER 11: GAMES WITH GRAPHS
- 11.1 Progressively Finite Games
- 11.2 Nim-Type Games
- 11.3 Summary and References
- CHAPTER 11: GAMES WITH GRAPHS
- APPENDIX
- A.1 Set Theory
- A.2 Mathematical Induction
- A.3 A Little Probability
- A.4 The Pigeonhole Principle
- A.5 Computational Complexity and NP-Completeness
- APPENDIX
- GLOSSARY OF COUNTING AND GRAPH THEORY TERMS
- BIBLIOGRAPHY
- SOLUTIONS TO ODD-NUMBERED PROBLEMS
- INDEX