edited by Dan Ionescu (University of Ottawa, Canada) & Aurel Cornell (Brigham Young University, USA)

Table of Contents (152k)
Preface (78k)
Chapter 1: A Discrete Model for Real-Time Environments (234k)

This book collects the research work of leading-edge researchers and practitioners in the areas of analysis, synthesis, design and implementation of real-time systems with applications in various industrial fields. Their works are grouped into six parts, together encompassing twenty chapters. Each part is devoted to a mainstream subject, the chapters therein developing one of the major aspects of real-time system theory, modeling, design, and practical applications. Starting with a general approach in the area of formalization of real-time systems, and setting the foundations for a general systemic theory of those systems, the book covers everything from building modeling frameworks for various types of real-time systems, to verification, and synthesis. Other parts of the book deal with subjects related to tools and applications of these systems. A special part is dedicated to languages used for their modeling and design. The applications presented in the book reveal precious insights into practitioners' secrets.

• A Discrete Model for Real-Time Environments
• Distributed Synchronous Processes
• A Model of Probabilistic Processes
• Focus Points and Convergent Process Operators
• Verifying Real-Time Systems with Standard Tools
• Testing Semantics for Urgent Timed Process Algebras
• Analysis of Real-Time Systems Using OSA
• Experiments on a Fault-Tolerant Distributed System
• An Algebra Framework for the Feature Interaction Problem
• and other works in the areas of real-time systems theory, modeling, synthesis and tools for their design