Context: Software product lines (SPLs) have reached a considerable level of adoption in the
software industry. The most commonly used models for managing the variability of SPLs are …

Context: Quantum computing is rapidly emerging as a transformative force in technology.
We will soon increasingly encounter hybrid systems that combine quantum technology with …

Self-adaptive systems can autonomously adjust their behavior in response to environmental
changes. Nowadays, not only can these systems be engineered individually, but they can …

In software engineering, the effective reuse of components reduces costs, improves software
quality, and accelerates development. This paper explores the lessons learned from a …

It is common to describe Software Product Lines and manage its variability with the aid of a
feature model (FM). In this light, it shows that there are ambiguity issues concerning FM …

Within information technologies, modeling techniques are an important element when
dealing with a system and its complexity. Through the use of modeling tools, it is possible to …

Software product lines are a reuse-centric approach, based on the definition of software
similarities and variabilities. The objective of this work is to develop a tool that allows FM to …

It is common to model the variability of Software Product Lines using feature models. The
objective of this work is to present a proposal to develop automatic reasoning algorithms for …

Software product lines are an approach to software reuse based on the definition of software
similarities and variabilities. The FM community proposed several modeling tools in the last …