Titlebook: Software Product-Family Engineering; 5th International Wo Frank J. Linden Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 200

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Multi-view Variation Modeling for Scenario Analysis requirements by a system architecture. Variation modeling forms an important part of the analysis. This paper focuses on an approach to variation modeling across multiple architectural views. The models do not only display the variability in these views, but also the relationships between them. In

mediocrity

A Meta-model for Representing Variability in Product Family Developmentlity in products is driven by the (manifest and hidden) needs of the various target market segments identified by various organizational units like sales and marketing. These are informed by other critical components of the context in which product families are developed including the technological

tympanometry

genuine

Managing Component Variability within Embedded Software Product Lines via Transformational Code Genets the development of product families by separating core functionality from variable facets. The implementation technique utilizes generative programming techniques in order to minimize runtime memory requirements and maximize performance within an embedded environment.

RECUR

Evolving a Product Family in a Changing Contextproach that is suitable for all, since each product family has its unique context. Such a context comprises elements such as scope, organization, and business strategy. As these elements can change over time, the product family approach may have to evolve with them. In this paper we describe our ide

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Towards a UML Profile for Software Product Liness possible to define PL models with variabilities. Product derivation consists in generating product models from PL models. The derivation should preserve and ensure a set of constraints which are specified using the OCL.

restrain

A简洁的

acolyte

RequiLine: A Requirements Engineering Tool for Software Product Liness phase. Domain analysis and requirements elicitation will bring up a huge amount of requirements and dependencies between product characteristics. Feature modeling is one approach to deal with complexity in expressing several requirements in features and structure them hierarchically in feature dia

单色

PLUTO: A Test Methodology for Product Familiesilies has so far received little attention. We focus here on test planning, that is the most critical part of testing. We outline a simple methodology we are developing for this purpose, called PLUTO, relying on the early requirements specification expressed as Use Cases. We also overview the relate