How do real-time systems differ from normal information processing systems? How can real-time systems be analysed to ensure they satisfy their temporal constraints? Which features are needed in programming languages to implement real-time systems? This latest book from Burns and Wellings answers these and other key questions about real-time systems. It provides an in-depth analysis of the requirements for designing and implementing real-time, embedded, cyber-physical systems, and discusses how these requirements are supported by the Ada programming language. No other book on real-time (or concurrent) programming covers the same breadth of material. Topics covered in this book include: The definition of real-time, its necessary characteristics and desirable properties. Scheduling schemes, including fixed priority scheduling, Earliest Deadline First and Value-based scheduling. Analysis methods, including response-time analysis and processor demand analysis. Introduction to the Ada programming language. Programming adaptive and predictable real-time systems in Ada.

Programming reliable and fault-tolerant systems in Ada. Analysing and programming for multiprocessor and multicore platforms. Mixed-criticality systems The book is aimed at Final Year and Masters students in Computer Science and related disciplines. It has also been written with the professional software engineer, and real-time systems engineer, in mind. The material presented reflects the content of courses developed over a number of years by the authors at the University of York.