Views on Evolvability of Embedded Systems

1. Researching Evolvability
Piërre Laar, Alexander U. Douglas, Pierre America

2. Architecting for Improved Evolvability
Pierre America, Piërre Laar, Gerrit Muller, Teade Punter, Nico Rooijen, Joland Rutgers, David Watts

3. Complementing Software Documentation
Pieter Spek, Steven Klusener, Piërre Laar

4. Identifying and Investigating Evolution Type Decomposition Weaknesses
Adam Vanya, Steven Klusener, Rahul Premraj, Nico Rooijen, Hans Vliet

5. Transferring Evolutionary Couplings to Industry
Piërre Laar

6. An Execution Viewpoint Catalog for Software-Intensive and Embedded Systems
Trosky B. Callo Arias

7. Researching Reference Architectures
Gerrit Muller, Piërre Laar

8. A3 Architecture Overviews
P. Daniel Borches

9. Linking Requirements and Implementation
Alexander U. Douglas

10. Workflow Modelling of Intended System Use
Thom Beek, Tetsuo Tomiyama

11. Supervisory Control Synthesis in the Medical Domain
R. J. M. Theunissen, R. R. H. Schiffelers, D. A. Beek, J. E. Rooda

12. Creating High-Quality Behavioural Designs for Software-Intensive Systems
Gürcan Güleşir, Pierre America, Frank Benschop, Klaas Berg, Mehmet Akşit

13. Verifying Runtime Reconfiguration Requirements on UML Models
Selim Ciraci, Pim Broek, Mehmet Akşit

14. Scheduling in MRI Scans processing
Evgeniy N. Ivanov, Alexander Y. Pogromsky, Johan S. Brink, Jacobus E. Rooda

15. Strategy-Focused Architecture Decision Making
Ana Ivanović, Pierre America

16. Balancing Time-to-Market and Quality in Evolving Embedded Systems
Pieter Spek, Chris Verhoef

17. Industrial Impact and Lessons Learned
Teade Punter, Piërre Laar

18. Conclusions
Piërre Laar, Pierre America, Nico Rooijen, Teade Punter, David Watts

Nyckelord: Engineering, Circuits and Systems, Special Purpose and Application-Based Systems