Difference Equations

- Preface
- Fibonacci Numbers
- Homogeneous Linear Recurrence Relations
- Finite Difference Equations
- Generating Functions
- Nonnegative Difference Equations
- Leslie's Population Matrix Model
- Matrix Difference Equations
- Modular Recurrences
- Computational Complexity
- Some Nonlinear Recurrences
- Appendix A: Worked Examples
- Appendix B: Complex Numbers
- Appendix C: Highlights of Linear Algebra
- Appendix D: Roots in the Unit Circle
- References
- Index.

From the reviews:"The book under review is written for advanced undergraduate majors. ... This book is well written and easy to read, with a large number of exercises ... . Difference equations: from rabbits to chaos is a good text for those who want to teach an introductory course in recurrences from a collection of various classical points of view. ... anyone interested in difference equations ... will want Cull, Flahive, and Robson as a reference because of its interesting and unique collection of topics." (Shandelle M. Henson, Mathematical Reviews, Issue 2006 j)"This book is a nice addition to an already nice group of books on difference equations ... . would be especially appealing to students who like to compute. ... This book contains many interesting examples ... . There are over 250 exercises. This book could be used for an upper level undergraduate course or for a beginning graduate level course. ... it would be nice to have in one's personal library." (Allan Peterson, SIAM Review, Vol. 48 (1), 2006)"Recognizing the increasing importance of difference equation models ... the authors aimed to write a book that provides a solid foundation in the field and is accessible to undergraduates. ... this text is written in an informal style and with an 'algorithmic spirit'. ... There are many worked examples and the exercise sets are good ... . it provides an accessible introduction to the material and a firm foundation for applications in various scientific fields." (Henry Ricardo, MathDL, September, 2005)"As the authors point out in their introduction this is a textbook for undergraduate students taking introductory courses on discrete mathematics. The text is quite elementary, written for an audience with a preference for computational aspects of mathematics and modelling real world phenomena. This is also reflected by the exercises at the end of each chapter. Starting with simple examples ... the reader is lead to basic notions and theorems of basic linear