SDL 2007: Design for Dependable Systems

1. Front Matter

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2. Model Driven Engineering

   1. A Model-Based Standard for SDL

      • Andreas Prinz, Markus Scheidgen, Merete S. Tveit

      Pages 1-18

   2. Model Driven Development and Code Generation: An Automotive Case Study

      • Michele Banci, Alessandro Fantechi, Stefania Gnesi, Giovanni Lombardi

      Pages 19-34

   3. Experiences in Deploying Model-Driven Engineering

      • Thomas Weigert, Frank Weil, Kevin Marth, Paul Baker, Clive Jervis, Paul Dietz et al.

      Pages 35-53

3. Testing

   1. TTCN-3 Quality Engineering: Using Learning Techniques to Evaluate Metric Sets

      • Edith Werner, Jens Grabowski, Helmut Neukirchen, Nils Röttger, Stephan Waack, Benjamin Zeiss

      Pages 54-68

   2. Using TTCN for Radio Conformance Test Systems

      • Javier Poncela-González, Juan Gómez-Salvador, Carlos Valero-Roldán, Unai Fernández-Plazaola

      Pages 69-85

   3. Testing UML2.0 Models Using TTCN-3 and the UML2.0 Testing Profile

      • Paul Baker, Clive Jervis

      Pages 86-100

4. Language Extensions

   1. Specifying Input Port Bounds in SDL

      • Reinhard Gotzhein, Rüdiger Grammes, Thomas Kuhn

      Pages 101-116

   2. Translatable Finite State Time Machine

      • Krzysztof Sacha

      Pages 117-132

   3. Enhanced Use Case Map Traversal Semantics

      • Jason Kealey, Daniel Amyot

      Pages 133-149

5. Implementation

   1. Automated Generation of Micro Protocol Descriptions from SDL Design Specifications

      • Ingmar Fliege, Reinhard Gotzhein

      Pages 150-165

   2. Synthesizing Components with Sessions from Collaboration-Oriented Service Specifications

      • Frank Alexander Kraemer, Rolv Bræk, Peter Herrmann

      Pages 166-185

   3. Experiences in Using the SOMT Method to Support the Design and Implementation of a Network Simulator

      • Manuel Rodríguez, José María Parra

      Pages 186-202

6. Modeling Experience and Extensions

   1. Consistency of UML/SPT Models

      • Abdelouahed Gherbi, Ferhat Khendek

      Pages 203-224

   2. Formal Verification of Use Case Maps with Real Time Extensions

      • Jameleddine Hassine, Juergen Rilling, Rachida Dssouli

      Pages 225-241

   3. Using Probabilist Models for Studying Realistic Systems: A Case Study of Pastry

      • Guillaume Châtelet, Benoit Parreaux, Yves-Marie Quemener

      Pages 242-257

   4. OpenComRTOS: An Ultra-Small Network Centric Embedded RTOS Designed Using Formal Modeling

      • Eric Verhulst, Gjalt de Jong

      Pages 258-271

   5. SDL Design and Performance Evaluation of a Mobility Management Technique for 3GPP LTE Systems

      • Tae-Hyong Kim, Qi-Ping Yang, Soon-Gi Park, Yeun-Seung Shin

      Pages 272-288

7. Back Matter

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th Thisvolumecontainsthepaperspresentedatthe13 SDL Forum,Paris,France entitled “Design for Dependable Systems” and re?ects the intent to have a b- ance between experience reports and research papers related to System Design Languages. The language that was at the heart of the ?rst few SDL Forums was the ITU-T Speci?cation and Description Language de?ned in Z.100, and the app- cation domain was almost entirely ?xed-line telephone communication. Mobile telephony was for the super-rich and electronics in cars was just for radios. Ever since its inception, 30 years ago, the Z.100 language has been used for model-driven development in the telecommunication industry. Nowadays, model-driven engineering is a must for all industries and has been generalized byOMG to allapplicationdomainsascoveredbya paper onanautomotivecase study in this volume. What has been happening over the past few years is that the infrastructure has been put in place providing good support for the mod- driven paradigm, so that the economic bene?t of the approach makes it more of a necessity than a choice for designing dependable systems. The experience report from Motorola in this volume underlines this trend.

• MSC (Message Sequence Charts)
• SDL (Specification and Description Language)
• Session
• System
• UML
• Unified Modeling Language (UML)
• description languages
• formal verification
• modeling
• requirements engineering
• semantics
• semantics and analysis of scenario notations
• software testing
• systems modeling
• verification

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