Deterministic and Stochastic Signal Processing

The advances in digital computer and software
technology for real time applications have led to a
fast development of methods and algorithms for
digital signal processing. This was a motivation for
the author to write this book that would cover the
essential theoretical topics in signal processing
that are needed to be understood by senior
undergraduate and postgraduate students and
practitioners in signal processing. Furthermore, a
significant part of the book is dedicated to
algorithms and structures that are used in digital
signal processing for practical applications. Two
chapters of the book are exclusively dedicated to the
theory of continuous and discrete time stochastic
signal processing. In this way the complete theory of
signal processing is presented in a single book. The
content of the book is intended for one or
two-semester senior undergraduate course and is
written at the level for self-study by students and
practicing engineers. Some parts of the book can be
structured in such way to be used as lectures for the
postgraduate course in discrete time stochastic
signal processing, multi-rate signal processing and
bank of filters with associated projects.

Autorentext
Stevan M. Berber, PhD: Studied Electrical Engineering in Zagreb (BE), Belgrade (ME) and Auckland (PhD). Senior Lecturer at Auckland University, New Zealand. Teaching and research interests in digital communications, digital signal processing and communication networks.

Klappentext
The advances in digital computer and software technology for real time applications have led to a fast development of methods and algorithms for digital signal processing. This was a motivation for the author to write this book that would cover the essential theoretical topics in signal processing that are needed to be understood by senior undergraduate and postgraduate students and practitioners in signal processing. Furthermore, a significant part of the book is dedicated to algorithms and structures that are used in digital signal processing for practical applications. Two chapters of the book are exclusively dedicated to the theory of continuous and discrete time stochastic signal processing. In this way the complete theory of signal processing is presented in a single book. The content of the book is intended for one or two-semester senior undergraduate course and is written at the level for self-study by students and practicing engineers. Some parts of the book can be structured in such way to be used as lectures for the postgraduate course in discrete time stochastic signal processing, multi-rate signal processing and bank of filters with associated projects.