The domain analysis process is used to identify and document common and variable
characteristics of systems in a specific domain. In order to achieve an effective result, it is …

Feature models are widely used to model software product-line (SPL) variability. SPL
variants are configured by selecting feature sets that satisfy feature model constraints …

Domain analysis is a labor-intensive task in which related software systems are analyzed to
discover their common and variable parts. Many software projects include extensive domain …

A feature model is an essential tool to identify variability and commonality within a product
line of an enterprise, assisting stakeholders to configure product lines and to discover …

Context Variability modeling, and in particular feature modeling, is a central element of
model-driven software product line architectures. Such architectures often emerge from …

Variability modeling, and in particular feature modeling, is a central element of model-driven
software product line architectures. Such architectures often emerge from legacy code, but …

Cyber-Physical Systems (CPSs) are the future generation of highly connected embedded
systems having applications in diverse domains including Oil and Gas. Employing Product …

In many domains such as automotive and avionics, the size and complexity of software
systems is quickly increasing. At the same time, many stakeholders tend to be involved in …

In the context of product line engineering of cyber-physical systems, there exists a large
number of constraints to support, for example, consistency checking of design decisions …

CONTEXT: Ambient Intelligence systems domain is an outstanding example of modern
systems that are in permanent evolution, as new devices, technologies or facilities are …