SDL 2015: Model-Driven Engineering for Smart Cities

Name: SDL 2015: Model-Driven Engineering for Smart Cities | 17th International SDL Forum, Berlin, Germany, October 12-14, 2015, Proceedings
Brand: Springer
Price: 50.28 EUR
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17th International SDL Forum, Berlin, Germany, October 12-14, 2015, Proceedings

Joachim Fischer Markus Scheidgen Ina Schieferdecker Rick Reed(Editor)

Springer (Publisher)

Published on 6. October 2015

XIV, 285 pages

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978-3-319-24912-4 (ISBN)

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Content

Intro
Preface
SDL Forum Society
Organization
Contents
Smart Cities and Distributed Systems
Insertion Modeling and Symbolic Verification of Large Systems
1 Introduction
2 The Elements of Insertion Modeling
3 Local Description Units
4 Predicate Transformer
5 Generic Trace Generator (GTG)
6 Conclusions
References
A Model-Based Framework for SLA Management and Dynamic Reconfiguration
1 Introduction
2 Modeling for SLA Compliance Management
2.1 SLA Metamodel
2.2 SLA Compliance Metamodel
3 Dynamic Reconfiguration
4 Related Work
5 Conclusion and Future Work
References
SDL - The IoT Language
1 Introduction
2 SDL and the IoT
2.1 National Plant Phenomics Centre
2.2 Walls Have Ears
2.3 Field Robotics
2.4 Smart Living
3 Three Challenges
3.1 Making a Smart Thing Is Easy - Ensuring It Behaves Reliably in the Wild Is Not
3.2 New IoT Platforms
3.3 Deployment Issues
4 What Is Needed to Make SDL the Language of Choice for IoT Systems?
5 Conclusion
References
Event Pattern Mining for Smart Environments
1 Introduction
2 Related Work
3 Background
4 Event Pattern Mining
5 Conclusion
References
Specification and Description Language
Simulating Distributed Systems with SDL and Hardware-in-the-Loop
1 Introduction
2 The Simulator Framework FERAL
2.1 Outline
2.2 Simulation of SDL Models
2.3 Developing Distributed Systems with Virtual Prototyping
3 Case Study -- the Inverted Pendulum
3.1 Scenario Description
3.2 Results
4 Related Work
5 Conclusions
References
Name Resolution of SDL Revisited: Drawbacks and Possible Enhancements
1 Introduction
2 Related Work
3 Formalisms of the Specification and Description Language
3.1 Formal Syntax Specification
3.2 Algorithms for Name Resolution at Concrete Syntax Level
4 Problems of the Resolution by Context Algorithm
4.1 Problems of the Specified Algorithm
4.2 Problems of the Formal Specification
5 Proposed Solution
5.1 Elimination of the Combinatorial Explosion Problem
5.2 Rework of the Formal Specification
6 Conclusion
References
An Experiment to Introduce Interrupts in SDL
1 Introduction
2 Hardware Modelling Requirements
3 SDL
4 A Pragmatic Approach
5 Expected Results
6 Conclusion
References
Domain Specific Languages
LanguageLab - A Meta-modelling Environment
1 Introduction
2 State of the Art in Language Specification
2.1 Introducing the LanguageLab Workbench
3 LanguageLab Design and Implementation
3.1 Language Modularity and Instantiation
3.2 LanguageLab User Interface
3.3 Module System
3.4 Implementation
4 LanguageLab in Use
4.1 Creating a Module
4.2 Executing a Module
4.3 Creating a New Language with LanguageLab
5 Discussion
6 Summary
References
Consistency of Task Trees Generated from Website Usage Traces
1 Introduction
2 Task Trees and Trace-Based Task Tree Generation
3 Comparison of Tasks
4 Case Study
4.1 Recorded User Actions
4.2 Generation and Comparison of Task Trees
4.3 Comparison Results
5 Discussion
6 Related Work
7 Conclusion and Outlook
References
On the Semantic Transparency of Visual Notations: Experiments with UML
1 Introduction
2 Background and Related Research
2.1 Physics of Notations
3 Experiments on UML Semantic Transparency
3.1 Symbolization Experiment
3.2 Stereotyping Analysis
3.3 Prototyping Experiment
3.4 Semantic Transparency Experiment
3.5 Identify Best of Breed Symbols
3.6 Threats to Validity
4 Discussion and Conclusions
References
Goal Modeling
On the Reuse of Goal Models
1 Introduction
2 Background on Goal Modeling
3 Reuse Scenarios for Goal Models
4 Relative Contributions in the Context of Reuse
4.1 Reusable Goal Models Without Constraints
4.2 Reusable Goal Models with Constraints
4.3 Reusable Goal Models Combined with Feature Models
5 Proof-of-Concept Implementation
6 Related Work
7 Conclusions and Future Work
References
Adding a Textual Syntax to an Existing Graphical Modeling Language: Experience Report with GRL
1 Introduction
2 Background
2.1 Related Work on Textual and Graphical Languages
2.2 Related Work on Enabling Technologies
2.3 Goal-Oriented Requirement Language (GRL)
2.4 jUCMNav Tool
3 Challenges Faced When Adding a Textual Syntax
3.1 Choice of Keywords
3.2 Structure Consistency
3.3 Alignment of Metamodels
3.4 Technology Selection
3.5 Handling Restrictions and Rules
3.6 Synchronizing Textual and Graphical Models
4 Case Study: TGRL
4.1 TGRL Concrete Syntax
4.2 TGRL Editor and Transformation to jUCMNav
5 Discussion
6 Conclusions and Future Work
References
Use-Case Modeling
Generating Software Documentation in Use Case Maps from Filtered Execution Traces
1 Introduction
2 Mapping and Metrics
2.1 Mapping Traces to Use Case Maps
2.2 Static Data Metrics
2.3 Dynamic Data Metrics
3 Utilityhood Algorithms
4 Automated Approach
5 Illustrative Example
6 Discussion and Evaluation
6.1 Additional Experiments
6.2 Threats to Validity
7 Conclusion and Future Work
References
Towards the Generation of Tests in the Test Description Language from Use Case Map Models
1 Introduction
2 UCM Scenarios
3 Generation of Test Purposes in TDL
4 Discussion and Future Work
5 Conclusion
References
Describing Early Security Requirements Using Use Case Maps
1 Introduction
2 Security Requirements
3 Security Modeling in Use Case Maps
3.1 UCM Attack Detection Modeling
3.2 UCM Attack Resistance, Reaction, and Recovery Modeling
4 UCM Security-Enabled Metamodel
5 Illustrative Example: Modification of Consultants' Pay Rates
6 Discussion
7 Conclusions and Future Work
References
Model-Based Testing
Generating Configurations for System Testing with Common Variability Language
1 Introduction
2 Common Variability Language
2.1 VSpec
2.2 Resolution
3 Motivating Example
4 Proposed Method
4.1 Subsystem Feature Analysis
4.2 Structure Analysis
4.3 System Feature Analysis
4.4 Test Case Formalization
4.5 Relational Analysis
4.6 Configuration Generation
5 Tool: CT-CVL
6 Discussion
6.1 RQ1: Can the Method Generate a Small Set of Configurations that Cover All Test Cases?
6.2 RQ2: Can the Method Elicit and Formalize the Tacit Knowledge Needed for Combining Subsystems?
6.3 RQ3: Is the Execution Time for the Generation Sufficiently Low?
6.4 Threats to Validity
7 Related Research
8 Conclusion
References
Model-Based Product Line Testing: Sampling Configurations for Optimal Fault Detection
1 Introduction
2 Product Line Testing
2.1 Model-Based Product Line Engineering
2.2 Reusable Test Cases
3 Sampling Configurations from Reusable Test Cases
3.1 General Sampling
3.2 Optimized Sampling
4 Example and Evaluation
4.1 Example and Setup
4.2 Test Assessment for Product Line Tests
4.3 Results
4.4 Discussion
5 Related Work
6 Conclusion
References
Testing Business Processes Using TTCN-3
1 Introduction
1.1 Hospital's `Cancer Patient Assessment' Business Process Case Study
1.2 The Challenges of Testing Business Processes
1.3 Limitations of Traditional Business Processes Testing Approaches
2 TTCN-3 Model
2.1 Separation of Concerns
2.2 Handling Parallel Test Components Dependency
2.3 Maximizing the Benefits of Parallel Test Components Execution
2.4 Handling Delayed Responses from the SUT
3 Conclusion
References
Generating Performance Test Model from Conformance Test Logs
1 Introduction
1.1 Related Work
1.2 Our Contribution
2 Preliminaries
2.1 Finite State Machines
2.2 GSP
3 Unsupervised FSM Reconstruction
3.1 Initial Considerations
3.2 Specialization of GSP
3.3 State Candidate Identification
3.4 Reconstruction of Transitions
4 Experiments on Random FSMs
5 Experiment on IMS Telephony Application Server
5.1 Frequency Versus Relevance
5.2 Efficiency of the Method
5.3 State Machine Decomposition
6 Conclusion
References
Author Index

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SDL 2015: Model-Driven Engineering for Smart Cities

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