peer-reviewedThis paper deals with deriving software products from a software product line (SPL) in an efficient and automated way. We present an approach that (1) represents the SPL with a set of integrated models, (2) specifies variability and configuration options for possible product variants and (3) automatically derives executable products with model transformations and aspect-oriented techniques. The approach is discussed with a sample SPL of scientific calculators.SFI grant 03/CE2/I303_
Product derivation, i.e. reusing core assets to build products, did not receive sufficient attention...
peer-reviewedSoftware Product Line Engineering has emerged as a software engineering strategy aimed ...
non-peer-reviewedSoftware product lines (SPL) advocates the development of applications by reusing s...
This paper deals with deriving software products from a software product line (SPL) in an efficient ...
non-peer-reviewedA variety of automated approaches for software product line engineering in general ...
Software Product Lines enable the development of a perfect family of products by reusing shared asse...
peer-reviewedThe derivation of individual products from a software product line is still seen as a t...
peer-reviewedThe derivation of products from a software product line is a time-consuming and expensi...
Product Derivation represents one of the main challenges that a Software Product Line (SPL) faces. D...
International audienceThis booksection presents Software Product Line design techniques relying on U...
peer-reviewedProduct Derivation is one of the central activities in Software Product Lines (SPL). On...
non-peer-reviewedMore and more organizations adopt software product lines to leverage extensive reus...
International audienceHandling the various derivations of a product can be a daunting (and costly) t...
peer-reviewedFeature modeling is an essential activity for modeling and managing the variability of ...
International audienceModel-Driven Software Product Lines (MD-SPL) are configured by using configura...
Product derivation, i.e. reusing core assets to build products, did not receive sufficient attention...
peer-reviewedSoftware Product Line Engineering has emerged as a software engineering strategy aimed ...
non-peer-reviewedSoftware product lines (SPL) advocates the development of applications by reusing s...
This paper deals with deriving software products from a software product line (SPL) in an efficient ...
non-peer-reviewedA variety of automated approaches for software product line engineering in general ...
Software Product Lines enable the development of a perfect family of products by reusing shared asse...
peer-reviewedThe derivation of individual products from a software product line is still seen as a t...
peer-reviewedThe derivation of products from a software product line is a time-consuming and expensi...
Product Derivation represents one of the main challenges that a Software Product Line (SPL) faces. D...
International audienceThis booksection presents Software Product Line design techniques relying on U...
peer-reviewedProduct Derivation is one of the central activities in Software Product Lines (SPL). On...
non-peer-reviewedMore and more organizations adopt software product lines to leverage extensive reus...
International audienceHandling the various derivations of a product can be a daunting (and costly) t...
peer-reviewedFeature modeling is an essential activity for modeling and managing the variability of ...
International audienceModel-Driven Software Product Lines (MD-SPL) are configured by using configura...
Product derivation, i.e. reusing core assets to build products, did not receive sufficient attention...
peer-reviewedSoftware Product Line Engineering has emerged as a software engineering strategy aimed ...
non-peer-reviewedSoftware product lines (SPL) advocates the development of applications by reusing s...