Abstract Model-Based Software Engineering provides various modelling formalisms for
capturing the structural, behavioral, configuration, and intentional aspects of software …

Availability of powerful computation and communication technology as well as advances in
artificial intelligence enable a new generation of complex, AI-intense systems and …

Distributed Agile Software Development (DASD) is the most important approach for the
modern software industry that allows geographically independent software development. In …

Domain modelling abstracts real-world entities and their relationships in the form of class
diagrams for a given domain problem space. Modellers often perform domain modelling to …

Along the process of engineering a safety-critical system, software engineers produce
various artifacts, ranging from requirements and change requests to source code and test …

Traceability management relies on a supporting model, the traceability information model
(TIM), that defines which types of relationships exist between which artifacts and contains …

Large-scale systems development commonly faces the challenge of managing relevant
knowledge between different organizational groups, particularly in increasingly agile …

Awareness of the importance of systems and software traceability, as well as tool support for
traceability, have improved over the years. But an effective solution for traceability must align …

Socio-cyber-physical systems (SCPSs) have emerged as networked heterogeneous
systems that incorporate social components (eg, business processes and social networks) …

Abstract Model-Driven Software Engineering advocates the use of models and their
transformations across diferent stages of software engineering to better understand and …