Currently there is no process for architectural design and implementation that: (1) uses advanced techniques for separating variable features at the ar- chitectural design

Second, we introduce our model-driven DIEFOS (data in- dependence, efficiency and functional flexibility using feature-oriented software engineering) approach and show how

• Chapter 2: Context of the Research In this chapter, we present the notions of Software Product Lines, Model Driven Engineering, Aspect Oriented Software Development and

– Substitution : la technologie agit comme un outil de substitution direct sans changement fonctionnel,. – Amélioration : la technologie agit comme un outil de substitution

Flattening SPL Design Model Refined/Additional models (FTS', FTA, ...) Coverage criteria fLTL/ fCTL Design QA Model Unit Test Cases Product QA Manager Input/output

Although it is restricted to one process (domain engineering), it is different from refine- ment because: (1) it is a direct consequence of explicit variability management,

We express fine-grained variations and define its scope by using constraint models; and, we configure products including fine-grained variations by using fine-feature

Key words: Feature Model, Configuration, Variability, Software Product Lines, Separation of Concerns, Model Management, Views, Slicing.. Arnaud Hubaux,

 We proposes a general approach to extract a feature model from object- oriented source code for a set of product variants to support the migration process from conventional

Abstract. Software systems should often propose continuous services and can- not easily be stopped. However, in order to meet new requirements from the user or the marketing,

The first step in the design and validation part is the product selection, solely based on the flat SPL and QA models or on those models with an additional design QA model provided

Coverage criteria Temporal Logic Flat QA Model Functional Architect Model Transformation SDVA model + Modelling Design & Validation Designer Feature model Requirements

Keywords: Software Product Lines, Test Configuration Generation, Search- Based Software Engineering, Mutation, Feature Models..

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This paper introduces an approach to establishing software product lines from a set of existing prod- ucts based on a reversed Lee–Kang design feature based approach to deriving

We built an Eclipse plug-in to create constraint models, the Constraint Mod- els Creator. Figure 5.12 presents the view associated to the Constraint Mod- els Creator. The gure

Our contributions are (i) a study of the foun- dations for symbolic SPL model checking with the intro- duction of fCTL, (ii) a symbolic algorithm to model check fCTL over FTS, (iii)

We thus propose an approach for automated detection of feature interactions in the environment which is based on feature diagrams capturing variability, problem diagrams describing