During the development of large software-intensive systems, developers use several
modeling languages and tools to describe a system from different viewpoints. Model-driven …

Software engineering faces the challenge of developing and maintaining systems that are
highly variable in space (concurrent variations of the system at a single point in time) and …

Software and systems engineering is challenged by variability in space (concurrent
variations at a single point in time) and time (sequential variations due to evolution) …

A software product line (SPL) enables large-scale reuse in a family of related software
systems through configurable features. SPLs represent a long-term investment so that their …

Effectively managing variability in space and time is among the main challenges of
developing and maintaining large-scale yet long-living software-intensive systems. Over the …

Development and maintenance of software-intensive systems face major challenges. To
cope with an increasing demand for customization, systems need to exist in concurrent …

This paper describes a concept for the cloud-based integration and exchange of robot data
between engineering tools. We validate the concept at the example of AML. hub by logi …

Model-driven software product line engineering (MDPLE) is a holistic approach to realize
variability-intensive systems by using models. In MDPLE the usage of models aims to …

A way to handle the complexity of cyber-physical systems is model-based systems
engineering (MBSE) with multiple viewpoints. These viewpoints satisfy different concerns …

Zusammenfassung Bei der Produktlinienentwicklung werden Software-Produktlinien (SPLs)
meistens Featureorientiert strukturiert und organisiert. Um die gemeinsamen und variablen …