Software Product Line Engineering (SPLE) requires the construction of feature models from
large, unstructured and heterogeneous documents, and the reliable derivation of product …

Managing variability is a challenging issue in software-product-line engineering. A key part
of variability management is the ability to express explicitly the relationship between …

Software product lines using feature models often require the relation between feature
models in problem space and the models used to describe the details of the product line to …

The importance of Requirements Engineering within software development has long been
established and recognized by researchers and practitioners. Within Software Product Lines …

Requirements engineering is recognized as a critical stage in software development
lifecycle. Given the nature of Software Product Lines (SPL), the importance of requirements …

Software product lines (SPL) provide support for productivity gains through systematic reuse.
Among the various quality attributes supporting these goals, modularity, stability and …

In this paper we propose PL-AOVGraph, an extension to the aspect-oriented requirements
modeling language, AOV-Graph, to support the definition of software product line …

In this article, we identify that partial, vague and conflicting information can severely limit the
effectiveness of approaches that derive feature trees from textual requirement specifications …

The Feature-oriented reengineering process provides guidelines to build a Software Product
Line (SPL) from legacy software assets by using feature model to support the creation of …

In this paper we propose an integrated approach for managing variabilities in architectural
specifications of software product lines. Our approach combines an aspect-oriented …