Add to ORKGThis chapter is about generic (language-independent) verification criteria of product line models, its identification, formalisation, categorization, implementation with constraint programming techniques and its evaluation on several industrial and academic product line models represented with several languages
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
Developing high quality systems depends on developing high quality models. An important facet of mod...
The verification of software product lines is an active research area. A challenge is to efficientl...
This thesis explores the subject of automatic verification of product line models. This approach is ...
AbstractSoftware product line engineering is a promising paradigm for developing software intensive ...
Software product line engineering is a promising paradigm for developing software intensive systems....
AbstractSoftware product line engineering is a promising paradigm for developing software intensive ...
Product Line (PL) based development is a promising approach to develop software intensive systems. E...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
© 2022 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
Software product line engineering is a promising paradigm for developing software intensive systems....
International audienceModel-based Software Product Line (MSPL) engineering ai- ms at deriving custom...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
We show how the formal specification language mCRL2 and its state-of-the-art toolset can be used suc...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
Developing high quality systems depends on developing high quality models. An important facet of mod...
The verification of software product lines is an active research area. A challenge is to efficientl...
This thesis explores the subject of automatic verification of product line models. This approach is ...
AbstractSoftware product line engineering is a promising paradigm for developing software intensive ...
Software product line engineering is a promising paradigm for developing software intensive systems....
AbstractSoftware product line engineering is a promising paradigm for developing software intensive ...
Product Line (PL) based development is a promising approach to develop software intensive systems. E...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
© 2022 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
Software product line engineering is a promising paradigm for developing software intensive systems....
International audienceModel-based Software Product Line (MSPL) engineering ai- ms at deriving custom...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
We show how the formal specification language mCRL2 and its state-of-the-art toolset can be used suc...
International audienceProduct Line Engineering (PLE) is a paradigm for reuse-based complex systems d...
Developing high quality systems depends on developing high quality models. An important facet of mod...
The verification of software product lines is an active research area. A challenge is to efficientl...