Language development is inherently complex. With the support of a suitable language
development environment most computer scientists could develop their own domain-specific …

A domain-specific metamodeling language (DSM2L) enables language engineers to define
a family of similar metamodel-based languages. In recent years, several DSM2Ls have been …

Model-driven Software Development (MDSD) approaches struggle when modeling context-
dependent and dynamic systems, as their underlying metamodels cannot capture context …

The idea to treat domain-specific languages (DSL) as software product lines (SPL) of
compilers/interpreters led to the introduction of language product lines (LPL). Although there …

Model-based development approaches, such as Model-Driven Engineering (MDE), heavily
rely on the use of modelling languages to achieve and automate software development …

Modeling is an essential discipline, especially in software engineering. Students and
developers alike employ models to describe systems, capture requirements, and …

Software development is a complex and difficult task that requires the investment of sufficient
resources and carries major risk of failure. Model Driven Engineering (MDE) focuses on …

Software is becoming more and more part of our daily life and makes it easier, eg, in the
areas of communication and infrastructure. Model-driven software development forms the …

Today's complex software systems act in various situations and contexts and thus, have to
adapt themselves correspondingly during runtime. To model and represent the underlying …

The software of the future that will adapt to changing requirements is the overall focus of the
'Role-based Software Infrastructures for continuouscontext-sensitive systems'(RoSI) …