The Engineering of Reliable Embedded Systems (1st Edition)
The first edition of "Engineering of Reliable Embedded Systems" (ERES1) documents an industry-proven approach to the development of software for reliable, real-time embedded systems, based on the use of time-triggered (TT) architectures.
Tag(s): Embedded System
Publication date: 30 Mar 2015
ISBN-10: 0993035507
ISBN-13: 9780993035500
Paperback: 398 pages
Views: 13,314
The Engineering of Reliable Embedded Systems (1st Edition)
Michael J. Pont wrote:The first edition of "Engineering of Reliable Embedded Systems" (ERES1) documents an industry-proven approach to the development of software for reliable, real-time embedded systems, based on the use of time-triggered (TT) architectures.
- A comprehensive "Model-Build-Monitor" methodology for TT systems is presented.
- Modelling of TT systems is explored in detail, with numerous worked examples.
- Extensive (and complete) code examples are included.
- Run-time monitoring techniques are described in detail.
- Links to related international safety standards and guidelines are included throughout the text.
The techniques described in "ERES1" have been applied successfully in designs ranging from household goods to industrial systems.
About The Author(s)
Dr. Michael J. Pont is Founder and CEO of UK-based SafeTTy Systems Ltd, a company which provides support for organisations that need to create real-time embedded systems. Previously, he was Professor of Embedded Systems Engineering at the University of Leicester (UK), where he established the Embedded Systems Laboratory, invented the PTTES "pattern language", and led teams that developed the "NISA" safety agent, and the first single- & multi-core processors that were designed specifically to run TT software.
Dr. Michael J. Pont is Founder and CEO of UK-based SafeTTy Systems Ltd, a company which provides support for organisations that need to create real-time embedded systems. Previously, he was Professor of Embedded Systems Engineering at the University of Leicester (UK), where he established the Embedded Systems Laboratory, invented the PTTES "pattern language", and led teams that developed the "NISA" safety agent, and the first single- & multi-core processors that were designed specifically to run TT software.