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<\/p>\nIn the engineering domain, there is a wrong practice, but unfortunately widespread, that consists of going straightforward from high-level requirements to technological solutions in terms of hardware, software and operational procedures, without performing architecture and design activities at intermediate levels, so called \u201csystem levels\u201d. This practice leads to leave the system-control at the lowest level of technological modules and actors, none having a real view of the System of Interest, and how it could be endowed with architectural properties to match concerns about deployment, utilisation, maintenance and disposal capabilities. The consequences are holes in the final system and no satisfaction of users; a lot of effort consumed with modifications; delays and overspending.<\/p>\n
This volume contains what is necessary to know for defining the architecture and design of any kind of complex systems, level by level, from logical and physical viewpoints in order to satisfy a set of system requirements. Readers will find:<\/p>\n
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- Fundamentals related to the notions of system, system element, system of systems, interface, port, function, input-output flow, operational mode, scenario, etc., as well as the relationships between these notions.<\/li>\n
- Approaches related to Logical Architecture Definition, Physical Architecture Definition, and System Design.<\/li>\n
- Principles and practices about functional, behavioural, temporal and physical modelling.<\/li>\n<\/ul>\n
This practical guideline is intended for professionals who want to understand and apply daily engineering of systems, and in particular to those who will have to conceptualize and define the architecture of complex or multidisciplinary systems. They will find methods, processes, modelling techniques, and case studies to practice the approach. Examples and case studies illustrate practices. The case studies explain step by step how to perform the activities and tasks. Readers can directly transpose the step-by-step and use provided templates for their current or future projects.<\/p>\n
The Guide to Systems Engineering Body of Knowledge version 1.0 (www.sebokwiki.org), published at the end of 2012, for which the author is contributing, contains such materials; but more explanations and details are discussed in the present book.<\/p>\n
Achetez ce volume en ligne:<\/b><\/p>\n
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