A digital twin improves our use of a cyber–physical system and understanding of its
emerging behavior. To this effect, a digital twin is to be developed and configured and …

Process discovery from event logs as well as process prediction using process models at
runtime are increasingly important aspects to improve the operation of digital twins of …

The engineering of digital twins and their user interaction parts with explicated processes,
namely process-aware digital twin cockpits (PADTCs), is challenging due to the complexity …

Due to their growing amount and heterogeneity, we need a precise and standardized
understanding about the foundation, structure, and forms of aggregation and especially the …

Low-code development platforms (LCDPs) are becoming increasingly important in industry,
which confronts us in academic teaching with the challenge of educating students in the …

In modern systems engineering, domain experts increasingly utilize models to define
domain-specific viewpoints in a highly interdisciplinary context. Despite considerable …

Systems providing their end-users behavior assistance must be customized to meet those
users' needs and behavior goals. We investigate how it is possible to improve the …

We present and evaluate a method called grammar masking, which is used to guide large
language models (LLMs) toward producing syntactically correct models for a given context …

The engineering of digital twins for manufacturing can benefit greatly from automated or
semi-automated methods, as opposed to the current manual software development methods …

When applying model-driven engineering in an agile environment, new requirements
continuously expand the domain scope and trigger an extension of the concepts covered by …