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  • Broschiertes Buch

Real-time operating systems are required to run for years, and never fail, without human intervention. Safety is the primary concern for real-time operating systems because they usually control physical equipment. One strand of real-time operating system research is looking at the question: can developing a real-time operating system in a safe language result in a system that an errant process can t crash? Choosing a good programming language can significantly improve the safety of the real-time operating system. In this book, we examine the advantages and associated problems of writing real-time operating systems in a safe language, namely Java.…mehr

Produktbeschreibung
Real-time operating systems are required to run for years, and never fail, without human intervention. Safety is the primary concern for real-time operating systems because they usually control physical equipment. One strand of real-time operating system research is looking at the question: can developing a real-time operating system in a safe language result in a system that an errant process can t crash? Choosing a good programming language can significantly improve the safety of the real-time operating system. In this book, we examine the advantages and associated problems of writing real-time operating systems in a safe language, namely Java.
Autorenporträt
Qinghua Lu is a PhD student at School of Computer Science and Engineering, University of New South Wales and a graduate researcher at Software Systems Research Group, NICTA (National ICT Australia). Her research interests include business process management, business-driven IT management, service-oriented computing, and real-time operating systems.