This book has two primary objectives: to teach the basic principles of programming in C and C++ as outlined in curricula at many leading universities, and to teach the basic constructs of the C language and the C++ language. In addition, this book is designed to be used in a programming course using the C or C++ languages. The concept of "learning by example" has been stressed throughout this book. Each chapter contains many examples, exercises and programs. These programs also demonstrate the general software engineering concepts and principles of good programming style.

This book has two primary objectives: to teach the basic principles of programming in Java and MATLAB as outlined in curricula at many leading universities, and to teach the basic constructs of the Java language and the MATLAB language. In addition, this book is designed to be used in a programming course using the Java or MATLAB languages. The concept of "learning by example" has been stressed throughout this book. Each chapter contains many examples, exercises and programs. These programs also demonstrate the general software engineering concepts and principles of good programming style.

This book provides an overview of how process algebras can be applied to the specification and analysis of electronic system design. It is intended for architects, engineers and researchers from the electronic system design and computer science communities who are interested in the field of formal specification and analysis of electronic system design. It is also suitable for the developers of algorithms for electronic system design and graduate students with a general background in Electronic Engineering and/or Computer Science.