A conceptual model for systems engineering and its formal foundation

A. Buga, S. Nemes, K. Schewe, P. Songprasop. A conceptual model for systems engineering and its formal foundation. volume 301, pages 1-20, DOI 10.3233/978-1-61499-834-1-1, 1, 2018.

Autoren
  • Andreea Buga
  • Sorana Tania Nemes
  • Klaus-Dieter Schewe
  • Pronpan Songprasop
Editoren
  • Virach Sornlertlamvanich
  • Petchporn Chawakitchareon
  • Aran Hansuebsai
  • Chawan Koopipat
  • Bernhard Thalheim
  • Yasushi Kiyoki
  • Hannu Jaakkola
  • Naofumi Yoshida
BuchInformation Modelling and Knowledge Bases XXIX - Proc. EJC2017
TypIn Buch
VerlagIOS Press
SerieFrontiers in Artificial Intelligence and Applications
Band301
DOI10.3233/978-1-61499-834-1-1
ISBN978-1-61499-833-4
Monat1
Jahr2018
Seiten1-20
Abstract

Systems Engineering concerns the complete process for the development of complex systems comprising hardware, software, facilities and personnel. Such systems are hybrid, as some components are characterised by continuous behaviour, whereas the behaviour of others is discrete. SysML provides graphical notations capturing requirements for systems engineering. Here we present a concise conceptual model for systems engineering that is capable to capture the gist of SysML. The structural part is based on the common higher-order Entity Relationship model that is extended by continuous functions and various flow constraints. The behavioural part is then formalised by a hybrid extension of Abstract State Machines. The usage of the conceptual model is illustrated by a working example concerning the landing gear equipment of a plane.