MoSE 2010 Proceedings of the 2nd International
TOOLS 2010 Federated Conferences
Model-Driven Engineering (MDE) deals with the provision of models, transformations between them and code generators to address software development. One of the main advantages of model-driven approaches is the provision of a conceptual structure where the models used by business managers and analysts can be traced towards more detailed models used by software developers. This kind of alignment between high level business specifications and the lower level Service Oriented Architectures (SOA) is a crucial aspect in the field of Service-Oriented Development (SOD) where meaningful business services and business process specifications are those that can give support to real business environment usually changing with increasing speed.
SOD has become currently in one of the major research topics in the field of software engineering, leading the appearance of a novel and emerging discipline called Service Engineering (SE), which aim to bring together benefits of SOA and Business Process Management (BPM). SE focuses on the identification of service (a client-provider interaction that creates value for the client) as first class elements for the software construction. The convergence of SE with MDE can holds out the promise of rapid and accurate development of software that serves software users’ goals.
In this context, the 2nd Workshop on Model Driven Service Engineering (MoSE 2010) aims to provide a forum to discuss different issues related to SE in conjunction with MDE, boarding open research problems in this area as well as practical experiences. Particular interests include methods, modelling languages, development methodologies and techniques in the field of SOD. We have received in this edition 10 contributions. All the papers received have been reviewed by, at least, three members of the international Program Committee. As the result of the review process 5 works were accepted as regular papers for their presentation at MoSE 2010 workshop. Moreover, we have also heard Dr. Eelco Visser from the Department of Software Technology at Delft University of Technology who presented the invited lecture: “Service Models for WebDSL and Mobl”.
We wish to thank all the contributors to MoSE 2010, in particular the authors who submitted papers and likewise, we acknowledge the time and effort contributed by all the members of the Program Committee who have very carefully reviewed the submitted papers. In closing, we would like to thank the Rey Juan Carlos University for their financial support.
June 2010
Workshop Organization
Valeria De Castro Rey Juan Carlos University, Spain Juan Manuel Vara Rey Juan Carlos University, Spain Esperanza Marcos Rey Juan Carlos University, Spain Mike Papazoglou Tilburg University, Netherlands Willem-Jan Van den Heuvel Tilburg University, Netherlands
Yuan An Rolv Braek Jorge Cardoso Alfonso Castro Rafael Corchuelo Marcos Didonet Del Fabro Ruben Fuentes Nora Koch Guadalupe Ortiz Bellot Genoveva Vargas Solar
Verónica Bollati Carlos Cuesta Elisa Herrmann Marcos López Diana Sánchez Belén Vela
Drexel University, USA University of Science and Technology, Norway University of Coimbra, Portugal Telefonica I+D, Spain University of Seville, Spain IBM Software Group, France Technical University of Madrid Ludwig Maximilians University, Germany University of Cadiz, Spain CNRS, LSR-IMAG, France Rey Juan Carlos University, Spain Rey Juan Carlos University, Spain Rey Juan Carlos University, Spain Rey Juan Carlos University, Spain Rey Juan Carlos University, Spain
Rey Juan Carlos University, Spain Modelling Self-Management in Service-Oriented Systems using SelfMML. Carlos Rodriguez, Jorge Jesus Gomez Sanz and Juan Pavon.
On the Design of a Domain Specific Language for Enterprise Application Integration Solutions. Rafael Z. Frantz, Carlos Molina Jimenez and Rafael Corchuelo.
Tool support for Service Oriented development from Business Processes. Andrea Delgado, Ignacio García-Rodríguez de Guzmán, Francisco Ruiz and Mario Piattini.
Organic Aggregation Service Engineering Framework (OASEF): A New Model-driven Approach to Service Engineering. Yuanzhi Wang.