Real-time embedded quantum programming

by Miro Samek, Kim Ki Young

Real-time embedded quantum programmingAbout twenty years ago, David Harel developed a statechart as a powerful way to describe complex reactive-event driven systems. At the same time, statecharts have gained almost overwhelming support from programmers as a good format, and have been adopted as components of many software methodologies. Among them, UML (Unified Modeling Language) is the most noteworthy. This book describes how to model reactive systems based on C C ++ patterns and idioms in a specification made with UML statecharts. Basically, this book introduces the implementation of specific, effective, and proven statecharts as a simple, lightweight alternative to design automation tools, and anyone familiar with C or C ++ will attempt to implement statecharts within a few days I can do it. It also paves the way for a new programming paradigm by implementing a statechart and statechart-based computing model.This book is divided into two parts. Part 1 (chapters 1-6) describes the state machine. Find out what the state machine is, how to implement it, and what are the basic ways and patterns to use it. This part is usually applicable to event-driven systems such as user interfaces, real-time systems, and embedded systems. Part 2 (chapters 7 through 11) describes the Quantum framework. The Quantum framework is a software architecture designed for embedded real-time systems.

Paperback

Published September 8, 2004