|188391||VU||Object-oriented modeling||Christian Huemer, Dominik Bork, Gerti Kappel, Marion Murzek, Marion Scholz|
|188952||VU||Advanced Model Engineering||Dominik Bork, Gerti Kappel|
|188416||PR||Informatics Lab (Freifachpraktikum)||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|188445||SE||Seminar for Master Students||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|188446||SE||Research Seminar||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|188512||SE||Literature Seminar for PhD Students||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|188926||PR||Bachelor Thesis for Informatics and Business Informatics||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|188953||SE||Advanced Model Engineering||Dominik Bork, Gerti Kappel|
|188976||PV||Exclusive Tutorial for PhD Students||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|194074||PR||Project in Computer Science 1||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
|194075||PR||Project in Computer Science 2||Christian Huemer, Dominik Bork, Gerti Kappel, Jürgen Cito|
Even though enterprise architecture management (EAM) offers a wide range of methods and tools for aligning business with IT, an architect’s work is challenged by reality. The evolution of enterprise architecture (EA) and given constraints (e.
Metamodeling platforms are at the core of the development of modelling tools for domain-specific and general-purpose modelling languages. Desktop applications are nowadays accompanied by browser-based environments. Similarly to the heterogeneity of modelling languages and the purpose they support we see also a heterogeneity in metamodeling platforms and the modelling purposes they support (e.
Enterprise architecture management (EAM) is an established discipline in the information science field. With the digitalization, established enterprises are challenged to face fierce competition, especially from new competitors joining the market in vast amounts of time.
Conceptual models often evolve into large and monolithic artifacts. This is a threat to comprehensibility and maintainability as the size of the resulting artefacts exceeds the cognitive processing capabilities of human beings.
The construction of new metamodels is a complex and knowledge-intensive engineering activity. As of now, metamodel design is merely a creative and manual task with a lack of proper tooling support.
Modeling language specifications are of paramount importance for modelers, researchers, and tool vendors. However, these specifications use different techniques for specifying a metamodel. There is no common standard for specifying a metamodel, neither in industry nor in academia, and the usefulness and expressiveness of different specification techniques has never been empirically evaluated.
For correct utilization of a modeling language and comprehension of a conceptual model, the graphical representation, i.e., the notation, is of paramount importance. A graphical notation, especially for domain-specific languages, should be aligned to the knowledge, beliefs, and expectations of the intended model users.
There is currently a large hype surrounding Web Modeling and the development of web-based modeling tools. In the context of this topic, several theses projects can be offered, ranging from the evaluation of different platforms enabling the development of web modeling tools, over the assessment of individual technologies used for the realization of such tools, up to the prototypical implementation and evaluation of a web modeling tool on a concrete platform.
There is currently a large hype surrounding Web IDEs and the language server protocol (LSP). LSP provides a very flexible and well-proven architecture for implementing textual editors. It allows to reuse editor implementations for different languages by decoupling editor implementations from language implementations in so-called language servers.
accepted for publication in Software and Systems Modeling (2021).
in: “Advances in Enterprise Engineering XIV”, D. Aveiro, D. Guizzardi, R. Pergl, H. Proper (ed.); Springer Nature Switzerland AG 2021, Switzerland, 2021, ISBN: 978-3-030-74195-2, 92 - 110.
Requirements Engineering, Requirements Eng (2021).
Springer International Publishing Switzerland, Cham, 2020, ISBN: 978-3-030-63478-0; 416 pages.
in: “ER Forum, Demo and Posters 2020”, J. Michael, V. Torres (ed.); issued by: RTWH Aachen; CEUR-WS.org, CEUR-WS.org, 2020, 45 - 58.