Software Technology Forum (24 January 2017)

Szeretettel meghívjuk a Szoftvertechnológiai Fórum következő előadására.
Helyszín: 1117 Budapest, Pázmány Péter sétány 1/C. 1-820 Hajós György terem
Időpont: 2017. január 24. 15:00 óra
A részvétel regisztrációhoz kötött: http://www.inf.elte.hu/szoftvertechreg

Előadók

Gerti Kappel and Manuel Wimmer (TU Wien): Interdisciplinary Engineering of Cyber-Physical Production Systems

The talk highlights the endeavors of TU Wien in general and the Business Informatics Group in particular in supporting the developing of cyber-physical production systems (CPPS). Emphasis will be given on model-driven systems engineering as a paradigm that promotes the systematic adoption of models throughout the engineering process by identifying and integrating appropriate concepts, languages, techniques, and tools. We will discuss current advances as well as challenges towards the adoption of model-driven approaches in CPPS engineering. In particular, we discuss how modeling standards, modeling languages, and model transformations are employed to support current systems engineering processes in the CPPS domain, and we show their integration and application based on a case study concerning a lab-sized production system. The major outcome of this case study is the realization of an automated engineering tool chain, including the languages SysML, AML, and PMIF, to perform early design and validation.

Dévai Gergely (ELTE IK): Textual Executable Translatable UML

UML is traditionally used to describe software architecture design. On the other hand, recently developed UML-related standards support executable UML modeling: These models can be tested, debugged and translated to implementation languages. Textual Executable Translatable UML (txtUML) is an open source executable modeling framework created by the Model-Driven Development Research Group at Eötvös Loránd University. The presentation will include the motivation behind textual modeling, the possibilities to generate graphical diagrams, debugging and code generation technologies and model exchange and co-simulation topics.