This book presents an introduction to the theory of nonlinear
integral equations on time scales. Many population discrete models
such as the logistic model, the Ricker model, the Beverton-Holt
model, Leslie-Gower competition model and others can be
investigated using nonlinear integral equations on the set of the
natural numbers. This book contains different analytical and
numerical methods for investigation of nonlinear integral equations
on time scales. It is primarily intended for senior undergraduate
students and beginning graduate students of engineering and science
courses. Students in mathematical and physical sciences will find
many sections of direct relevance. This book contains nine
chapters, and each chapter consists of numerous examples and
exercises.
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