Although model checking is extensively used for verification of single software systems, currently there is insufficient support for model checking in product lines. The presence of commonalities within the different products in the product line requires that the properties and the corresponding specifications for these properties be verified for every product in the product line. Specification and management of properties for every product in a product line can incur high overhead and make the task of model checking very difficult. It is hence essential to exploit the presence of commonalities to our advantage by providing reusability in model checking of product lines. Since different products in the product line need to be checked for sa...
We show how the FMC model checker can successfully be used to model and analyze behavioural variabil...
International audienceWe present SPLEnD, the first compositional design verification engine for evol...
International audienceIn product line engineering, systems are developed in families and differences...
Although model checking is extensively used for verification of single software systems, currently t...
Software product lines are widely used due to their ad-vantageous reuse of shared features while sti...
Property specification in model checking is currently handled without adequately taking software pro...
The verification of software product lines is an active research area. A challenge is to efficientl...
textTesting has been the dominant method for validation of software systems. As software systems be...
Abstract. Software product line modeling aims at capturing a set of soft-ware products in an economi...
Software product line modeling aims at capturing a set of software products in an economic yet meani...
Software product lines are widely used due to their advantageous reuse of shared features while stil...
International audienceModel-based Software Product Line (MSPL) engineering ai- ms at deriving custom...
The verification of software product lines is an active re-search area. A challenge is to efficientl...
This chapter is about generic (language-independent) verification criteria of product line models, i...
We show how the formal specification language mCRL2 and its state-of-the-art toolset can be used suc...
We show how the FMC model checker can successfully be used to model and analyze behavioural variabil...
International audienceWe present SPLEnD, the first compositional design verification engine for evol...
International audienceIn product line engineering, systems are developed in families and differences...
Although model checking is extensively used for verification of single software systems, currently t...
Software product lines are widely used due to their ad-vantageous reuse of shared features while sti...
Property specification in model checking is currently handled without adequately taking software pro...
The verification of software product lines is an active research area. A challenge is to efficientl...
textTesting has been the dominant method for validation of software systems. As software systems be...
Abstract. Software product line modeling aims at capturing a set of soft-ware products in an economi...
Software product line modeling aims at capturing a set of software products in an economic yet meani...
Software product lines are widely used due to their advantageous reuse of shared features while stil...
International audienceModel-based Software Product Line (MSPL) engineering ai- ms at deriving custom...
The verification of software product lines is an active re-search area. A challenge is to efficientl...
This chapter is about generic (language-independent) verification criteria of product line models, i...
We show how the formal specification language mCRL2 and its state-of-the-art toolset can be used suc...
We show how the FMC model checker can successfully be used to model and analyze behavioural variabil...
International audienceWe present SPLEnD, the first compositional design verification engine for evol...
International audienceIn product line engineering, systems are developed in families and differences...