Untertitel:: A concept for tackling Frontloading in Model-based Engineering with AUTOSAR
Verlag:: GRIN VERLAG
Erschienen:: 16.02.2015
Seitenanzahl:: 147
ISBN:: 3656897964
EAN:: 9783656897965
Sprache:: Englisch
Format:: EPUB
Schutz:: Dig. Wass.
Downloadzeit:: Maximaler Downloadzeitraum: 24 Monate

Teilen Sie dieses Produkt im Social Web

Research on interoperability within development processes of Embedded Systems on an example

Ferdinand Schäfer

Master's Thesis from the year 2014 in the subject Engineering - Mechanical Engineering, grade: 1.0, University of Applied Sciences Karlsruhe (Fakultät für Maschinenbau und Mechatronik), language: English, abstract: This master thesis investigates the standard AUTOSAR („AUTomotive Open System ARchitecture“) within the ARTEMIS Joint Undertaking project CRYSTAL (“CRitical sYSTem engineering AcceLeration”), which is concerned with the development of interoperability-technology for System Engineering Environments. This work identifies a conflict between the application of the development-scheme “AUTOSAR-Methodology” and the superior industrial trend of Model-based Software Engineering. Founded on specialized literature, the mentioned problem can be titled as “Frontloading”. This methodological issue is such a fundamental aspect for the utilization of AUTOSAR that the present elaboration concentrates on it and refrains from interoperability-technology as focused by the paramount project. In the light of the motivation indicated in the acronym of CRYSTAL, clarifying this methodological aspect constitutes a fundamental contribution to efficiency in the engineering of Embedded Systems. This master thesis elucidates in detail the phenomenon “Frontloading” and its symptoms in software-development with AUTOSAR. The elaboration is based on a rich automotive function-example, which is developed in accordance with the established paradigm of Model-based Software Engineering. Although AUTOSAR adheres to the latter, its application demands own specific procedures to produce automotive functions. This work finally delivers a concept for the efficient handling of AUTOSAR within Model-based Software Engineering with respect to Frontloading, associating requirements to corresponding development-artefacts.