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Integration and analysis of functional and non-functional aspects in model-driven e-service development
By: Jonkers, H.; Strating, P.; Lankhorst, M.M.; Iacob, M.-E.;
2005 / IEEE / 0-7695-2441-9
Description
This item was taken from the IEEE Conference ' Integration and analysis of functional and non-functional aspects in model-driven e-service development ' In this paper we propose an approach for the integration of functional models with non-functional models in the context of model-driven e-service development. Starting from the observation that current approaches to model-driven development have a strong focus on functionality, we argue the necessity of including non-functional aspects, as early as possible in the service design process, from the architectural (computational independent) level through all MDA layers. Furthermore, we distinguish between two modelling spaces (orthogonal to the MDA view), the design space and the analysis space, which could be integrated by means of model transformations. Thus, relating the analysis results to the original design models can be achieved by following a sequence of steps that entail horizontal model-to-model transformations from the design space to the analysis space, vertical model-to-model transformations (within and between the MDA layers) and proprietary analysis techniques that are used for the derivation of required (quantitative) properties. This provides a framework for incorporating nonfunctional analysis into methodological support for e-service development.
Related Topics
Horizontal Model-to-model Transformations
Vertical Model-to-model Transformations
Proprietary Analysis
Design Space
Context Modeling
Process Design
Costs
Context-aware Services
Quality Of Service
Explosions
Communication System Control
Electronic Equipment
Ambient Intelligence
4g Mobile Communication
Model-driven E-service Development
Analysis Space
Internet
Software Architecture
Engineering
Nonfunctional Analysis