Rapid Integration of Software Engineering Techniques

1. Front Matter

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2. Doing More with Contracts: Towards Automatic Tests and Proofs

   • Bertrand Meyer

   Pages 1-1

3. Using Stepwise Feature Introduction in Practice: An Experience Report

   • Ralph-Johan Back, Johannes Eriksson, Luka Milovanov

   Pages 2-17

4. Rapid System Development Via Product Line Architecture Implementation

   • Mauro Caporuscio, Henry Muccini, Patrizio Pelliccione, Ezio Di Nisio

   Pages 18-33

5. User Centred Rapid Application Development

   • Edward Lank, Ken Withee, Lisa Schile, Tom Parker

   Pages 34-49

6. Software Testing with Evolutionary Strategies

   • Enrique Alba, J. Francisco Chicano

   Pages 50-65

7. A Technique to Represent Product Line Core Assets in MDA/PIM for Automation

   • Hyun Gi Min, Soo Dong Kim

   Pages 66-80

8. Modeling Safety Case Evolution – Examples from the Air Traffic Management Domain

   • Massimo Felici

   Pages 81-96

9. Type-Driven Automatic Quotation of Concrete Object Code in Meta Programs

   • J. J. Vinju

   Pages 97-112

10. Dynamic Imperative Languages for Runtime Extensible Semantics and Polymorphic Meta-Programming

    • Anthony Savidis

    Pages 113-128

11. Context-Aware Service Composition in Pervasive Computing Environments

    • Sonia Ben Mokhtar, Damien Fournier, Nikolaos Georgantas, Valérie Issarny

    Pages 129-144

12. Can Aspects Implement Contracts?

    • Stephanie Balzer, Patrick Th. Eugster, Bertrand Meyer

    Pages 145-157

13. Aspects-Classes Integration Testing Strategy: An Incremental Approach

    • Philippe Massicotte, Linda Badri, Mourad Badri

    Pages 158-173

14. Prototyping Domain Specific Languages with COOPN

    • Luis Pedro, Levi Lucio, Didier Buchs

    Pages 174-189

15. An Improved Case-Based Approach to LTL Model Checking

    • Fei Pu, Wenhui Zhang, Shaochun Wang

    Pages 190-202

16. Synthesized UML, a Practical Approach to Map UML to VHDL

    • Medard Rieder, Rico Steiner, Cathy Berthouzoz, Francois Corthay, Thomas Sterren

    Pages 203-217

17. Towards Service-Based Business Process Modeling, Prototyping and Integration

    • Ang Chen, Didier Buchs

    Pages 218-233

18. Formal Development of Reactive Fault Tolerant Systems

    • Linas Laibinis, Elena Troubitsyna

    Pages 234-249

19. Network Structure and Traffic Modeling and Simulation with CO-OPN

    • David Hurzeler

    Pages 250-265

20. Balancing Agility and Discipline with XPrince

    • Jerzy Nawrocki, Lukasz Olek, Michal Jasinski, Bartosz Paliświat, Bartosz Walter, Błażej Pietrzak et al.

    Pages 266-277

RISE 2005 (http://rise2005.ics.forth.gr/) was the second annual inter-national workshop of the ERCIM (European Research Consortium for Informatics and Mathematics - http://www.ercim.org/) Working Group on Rapid Integration of Software Engineering techniques (RISE - http://rise.uni.lu/). RISE is an international forum for researchers and practitioners interested in the advancement and rapid application of novel, integrated, or practical software engineering approaches being part of a methodological framework, which apply to the development of new or evolving applications and systems. RISE provides an opportunity to present and discuss the latest research results and ideas in the rapid and effective integration of software engineering techniques. Target application domains of interest to RISE include: • Web-based software systems • Mobile communication systems • High-availability or mission-critical systems • Resilient business and grid applications • Ambient intelligence environments • Embedded systems and applications • User interface development • Development environments • Electronic entertainment • Enterprise computing and applications In particular, RISE 2005 focused on an open and inclusive set of key software engineering domains, which formed the focal point of the workshop, including, but not limited to: • Software and system architectures • Software reuse • Software testing • Software model checking • Model-driven design and testing techniques • Model transformation • Requirements engineering • Lightweight or practice-oriented formal methods • Software processes and software metrics • Automated software engineering • Design patterns • Design by contract • Defensive programming

• Unified Modeling Language (UML)
• architecture
• component-based systems
• contract-equipped components
• formal methods
• model checking
• model driven software engineering
• modeling
• object technology
• programming
• programming language
• requirements engineering
• semantics
• software architectures
• software reuse

• Laboratory for Advanced Software Systems, University of Luxembourg, Luxembourg-Kirchberg, Luxembourg

  Nicolas Guelfi

• Department of Computer Science, University of Crete, Greece

  Anthony Savidis

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