Dependency Analysis as a Heat Map for Architecture Standardization

Becker, Johannes and Gilbert, Mark and Förg, Armin and Kreimeyer, Matthias and Rhodes, Donna and Lienkamp, Markus

November 2015

Abstract

Heavy duty trucks are high variant products with a comparably small production volume per product family. A high degree of specialization regarding utilization scenarios and transportation tasks, as well as strong spreading of functional variability generate increasing numbers of offered variants. The continuous introduction of new legal, technical and customer requirements combined with long product life cycles as well as the need for prolonged technological backward compatibility causes a complexity problem. Architecture standardization is a key lever in reducing complexity by deliberately cutting the number of variants and defining stable interfaces. However, at this point standardization potentials do not seem to be fully exploited.

Bibtex

@InProceedings{10.1007/978-3-319-11617-4_2,
author="Becker, Johannes
and Gilbert, Mark
and Förg, Armin
and Kreimeyer, Matthias
and Rhodes, Donna
and Lienkamp, Markus",
editor="Boulanger, Frédéric
and Krob, Daniel
and Morel, Gérard
and Roussel, Jean-Claude",
title="Dependency Analysis as a Heat Map for Architecture Standardization",
booktitle="Complex Systems Design & Management",
year="2015",
publisher="Springer International Publishing",
address="Cham",
pages="15--29",
abstract="Heavy duty trucks are high variant products with a comparably small production volume per product family. A high degree of specialization regarding utilization scenarios and transportation tasks, as well as strong spreading of functional variability generate increasing numbers of offered variants. The continuous introduction of new legal, technical and customer requirements combined with long product life cycles as well as the need for prolonged technological backward compatibility causes a complexity problem. Architecture standardization is a key lever in reducing complexity by deliberately cutting the number of variants and defining stable interfaces. However, at this point standardization potentials do not seem to be fully exploited.",
isbn="978-3-319-11617-4"
}