Feature models have been cited as one of the main contributions to model software product families. However, there is still a gap in product family engineering which is the automated reasoning on feature models. in this paper we describe how to reason on feature models using constraint programming. Although, there are a few attempts to reason on feature models there are two main drawbacks in these proposals: none of them associate parameters to features none of them use constraint programming as the reasoning base. Using constraint programming endows our proposal with a more powerful reasoning capacity and greater expressiveness than others
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
Model-Driven SPL approaches use metamodels and transformation rules to obtain concrete software arti...
International audienceDrawing from an analogy between features based Product Line (PL) models and Co...
Feature models are often used in software product lines to represent a set of products and reason ov...
Software Product Line (SPL) Engineering has proved to be an effective method for software production...
Product line models are important artefacts in product line engineering. One of the most popular lan...
Feature models are one of the most important assets in software product line engineering when captur...
Abstract: Product line models are important artefacts in product line engineering. One of the most p...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
Feature Models are used in different stages of software development and are recognized to be an impo...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
development paradigm, founded on the management of product line variability; it has been applied suc...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
Model-Driven SPL approaches use metamodels and transformation rules to obtain concrete software arti...
International audienceDrawing from an analogy between features based Product Line (PL) models and Co...
Feature models are often used in software product lines to represent a set of products and reason ov...
Software Product Line (SPL) Engineering has proved to be an effective method for software production...
Product line models are important artefacts in product line engineering. One of the most popular lan...
Feature models are one of the most important assets in software product line engineering when captur...
Abstract: Product line models are important artefacts in product line engineering. One of the most p...
Product line engineering is a reuse-driven development paradigm based on the management of variabili...
Feature Models are used in different stages of software development and are recognized to be an impo...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
development paradigm, founded on the management of product line variability; it has been applied suc...
International audienceModel-Driven SPL approaches use metamodels and transformation rules to obtain ...
Model-Driven SPL approaches use metamodels and transformation rules to obtain concrete software arti...
International audienceDrawing from an analogy between features based Product Line (PL) models and Co...