When dealing with highly complex product lines it is usually indispensable to somehow subdivide the overall product line into several smaller, subordinate product lines and to define orthogonal views on the line’s variability tailored to partic- ular purposes, such as end-customer configuration. In this article we report on an ongoing research effort for dealing with feature links, i.e. logical constraints between features, in such a setting, by propagating such logical constraints defined in lower-level product lines to a higher level or from one view to another
peer-reviewedSoftware Product Line engineering has emerged as a viable and important software develo...
Feature models (FMs) are a popular formalism to describe the commonality and variability of a set of...
International audienceThis paper proposes a UML profile for software product lines. This profile inclu...
Produktlinienentwicklung steht verschiedenen Herausforderungen gegenüber, wenn die vorhandene Variab...
International audience—Software Product Line Engineering is a mature approach enabling the derivatio...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
peer-reviewedFeature diagrams are a popular means for documenting variability in software product li...
Features are effective communication “media” among different stakeholders of products or product lin...
peer-reviewedWhenever a software engineer derives a product from a product line, he has to resolve v...
[Context] Product line engineering is a conception and production paradigm in which the purpose is n...
AbstractThe development of today's technical products (e.g., in automation) is characterized by high...
peer-reviewedAdopting a software product line approach allows companies to realise significant impro...
non-peer-reviewedSoftware Product Line Engineering is a development paradigm that focuses on the ide...
peer-reviewedFeatures implementing the functionality in a software product line (SPL) often interact...
The increasing complexity and cost of software-intensive systems has led developers to seek ways of...
peer-reviewedSoftware Product Line engineering has emerged as a viable and important software develo...
Feature models (FMs) are a popular formalism to describe the commonality and variability of a set of...
International audienceThis paper proposes a UML profile for software product lines. This profile inclu...
Produktlinienentwicklung steht verschiedenen Herausforderungen gegenüber, wenn die vorhandene Variab...
International audience—Software Product Line Engineering is a mature approach enabling the derivatio...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
peer-reviewedFeature diagrams are a popular means for documenting variability in software product li...
Features are effective communication “media” among different stakeholders of products or product lin...
peer-reviewedWhenever a software engineer derives a product from a product line, he has to resolve v...
[Context] Product line engineering is a conception and production paradigm in which the purpose is n...
AbstractThe development of today's technical products (e.g., in automation) is characterized by high...
peer-reviewedAdopting a software product line approach allows companies to realise significant impro...
non-peer-reviewedSoftware Product Line Engineering is a development paradigm that focuses on the ide...
peer-reviewedFeatures implementing the functionality in a software product line (SPL) often interact...
The increasing complexity and cost of software-intensive systems has led developers to seek ways of...
peer-reviewedSoftware Product Line engineering has emerged as a viable and important software develo...
Feature models (FMs) are a popular formalism to describe the commonality and variability of a set of...
International audienceThis paper proposes a UML profile for software product lines. This profile inclu...