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Modelling Foundations and Applications 2010th edition by Thomas Kühne, Bran Selic, Marie Pierre Gervais, Francois Terrier ISBN 3642135943 978-3642135941

  • SKU: BELL-2022842
Modelling Foundations and Applications 2010th edition by Thomas Kühne, Bran Selic, Marie Pierre Gervais, Francois Terrier ISBN 3642135943 978-3642135941
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Modelling Foundations and Applications 2010th edition by Thomas Kühne, Bran Selic, Marie Pierre Gervais, Francois Terrier ISBN 3642135943 978-3642135941 instant download after payment.

Publisher: Springer-Verlag Berlin Heidelberg
File Extension: PDF
File size: 8.24 MB
Pages: 364
Author: Colin Atkinson (auth.), Thomas Kühne, Bran Selic, Marie-Pierre Gervais, François Terrier (eds.)
ISBN: 9783642135941, 3642135943
Language: English
Year: 2010
Edition: 1

Product desciption

Modelling Foundations and Applications 2010th edition by Thomas Kühne, Bran Selic, Marie Pierre Gervais, Francois Terrier ISBN 3642135943 978-3642135941 by Colin Atkinson (auth.), Thomas Kühne, Bran Selic, Marie-pierre Gervais, François Terrier (eds.) 9783642135941, 3642135943 instant download after payment.

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ISBN 10: 3642135943
ISBN 13: 978-3642135941
Author: Thomas Kühne, Bran Selic, Marie Pierre Gervais, Francois Terrier 

The 2010 European Conference on Modelling Foundations and Applications (ECMFA 2010) was dedicated to assessing the state of the art and the state of the practice in model-based engineering. It was the sixth edition in the - ries of conferences previously known under the title “European Conference on Model-DrivenArchitecture–FoundationsandApplications(ECMDA-FA).”The name changere?ects the de facto broadening of the conference scope beyondthe R R MDA initiative of the Object Management Group to cover all major advances related to model-based engineering approaches. These proceedings, like the ones from previous editions in the conference series, will undoubtedly serve as a reference to all who follow model-based engineering theory and practice. The included papers document the steady e- lution of model-based development methods into a mature discipline, with we- established standards, industrial-strength tools, and emerging theoretical fo- dations. They also serve to illustrate that model-based approaches are capable of signi?cantproductivity andquality improvementsrelativeto moretraditional development methods.


Modelling Foundations and Applications 2010th Table of contents:

  1. Introduction
  2. Verifying Model Execution through Contracts
  3. Contracts and Model Transformation Con
  4. Model Execution as Model Transformations
  5. An Approach for Verifying Model Execution
  6. Execution of UML State Machines
  7. Extension of the UML Meta-model
  8. MOCAS: A UML State Machine Execution Engine
  9. Execution Contracts on UML State Machines
  10. Automatic Meta-model Modification
  11. Specification of the run to Completion Operation
  12. Related Works
  13. Conclusion
  14. References
  15. A FUML-Based Distributed Execution Machine for Enacting Software Process Models
  16. Introduction
  17. FUML Architecture
  18. Distributed Execution Machine Architecture
  19. Shared Access to the Execution Model
  20. Synchronized Access to the Execution Model
  21. Human Interaction
  22. Instantiation
  23. Evaluation
  24. Exemplary SDP
  25. Test Setup
  26. Related Work
  27. Conclusion and Future Work
  28. References
  29. A Generic Tool for Tracing Executions Back to a DSML’s Operational Semantics
  30. Introduction
  31. Running Example
  32. The xSPEM Language and Its Operational Semantics
  33. Prioritized Time Petri Nets
  34. A Transformation from xSPEM to PrTPN
  35. An Illustration of Our Back-Tracing Algorithm
  36. A Generic Tool for Tracing Executions in Kermeta
  37. Generic Implementation Using Executable Metamodeling
  38. Tool Specialization for a Given Example Using Aspect-Oriented(Meta) Modeling
  39. Formalizing theProblem
  40. Transition Systems and Execution Matching
  41. The Back-Tracing Problem
  42. Back-Tracing Algorithm
  43. Relatedwork
  44. Conclusion and FutureWork
  45. References
  46. Model Analysis
  47. Incremental Security Verification for Evolving UMLsec models
  48. Introduction
  49. UMLseCh: Supporting Evolution of UMLsec Models
  50. Description of the Notation
  51. Complex Substitutive Elements
  52. Verification Strategy
  53. Application to <>
  54. Tool Support
  55. Related Work
  56. Conclusion
  57. References
  58. Assessing the Kodkod Model Finder for Resolving Model Inconsistencies
  59. Introduction
  60. Related Work
  61. Background
  62. Inconsistency Resolution Using Kodkod
  63. Specification of Models
  64. Inconsistency Resolution
  65. Case Study
  66. Cases
  67. Timing Results
  68. Threats to Validity
  69. Discussion and Future Work
  70. Conclusion
  71. References
  72. Operation Based Model Representation: Experiences on Inconsistency Detection
  73. Introduction
  74. Praxis: An Operation Based Model Representation Strategy
  75. Praxis
  76. Case Study
  77. Industrial Context
  78. Objectives and Planning
  79. Environment
  80. Results and Evaluation
  81. Conclusion
  82. References
  83. Methodology
  84. Generating Early Design Models from Requirements Analysis Artifacts Using Problem Frames and SysML
  85. Introduction
  86. The Analysis Process
  87. Structural Analysis
  88. Problem Decomposition
  89. Sub-problem Analysis
  90. Sub Problem Composition
  91. The Design Process
  92. Blackboard Generation
  93. Knowledge Source Generation
  94. Composing the Architecture of the System
  95. Related Work
  96. Conclusions
  97. Automated Transition from Use Cases to UML State Machines to Support State-Based Testing
  98. Introduction
  99. Related Work
  100. Background
  101. Running Example
  102. RUCM
  103. UCMeta
  104. Approach
  105. Transformation Rules
  106. Transition to State Machine Diagrams for Automated Test Generation
  107. Tool Support
  108. Evaluation, Discussion, and Future Work
  109. Conclusion
  110. References
  111. Transformation Rules for Translating Business Rules to OCL Constraints
  112. Introduction
  113. SBVR Constraints
  114. OCL Constraints
  115. SBVR to OCL Transformation
  116. Mapping SBVR Rules to UML Model
  117. Mapping SBVR Rules into OCL Constraints
  118. Tool Support
  119. Experiments and Results
  120. Related Work
  121. Conclusion
  122. References
  123. Model Management (1)
  124. Preventing Information Loss in Incremental Model Synchronization by Reusing Elements
  125. Introduction
  126. Development of Mechatronic Systems
  127. Triple Graph Grammars
  128. Triple Graph Grammar Rules
  129. Application Scenarios
  130. Incremental Model Synchronization
  131. Improved Synchronization
  132. Improved Synchronization Example
  133. Improved Synchronization Algorithm
  134. Selection of Elements to be Reused
  135. Partial Reusable Pattern Matching Algorithm
  136. Runtime Evaluation
  137. Related Work
  138. Conclusion and Future Work
  139. References
  140. An MDE-Based Approach for Solving Configuration Problems: An Application to the Eclipse Platform
  141. Introduction
  142. Motivation: Industrial Challenge
  143. Overall Approach
  144. Configuration as a CSP
  145. Decision Tree
  146. Visualization
  147. Implementation and Preliminary Results
  148. Related Work
  149. Conclusions
  150. References
  151. Incremental Updates for View-Based Textual Modelling
  152. Introduction
  153. Related Work
  154. Background on FURCAS
  155. Running Example
  156. Synchronisation from Textual View to Model
  157. Classification of Changes to the Textual Representation of a Model
  158. Incremental Update Approach
  159. Validation
  160. Conclusions and Future Work
  161. References
  162. Transformations
  163. Easing Model Transformation Learning with Automatically Aligned Examples
  164. Introduction
  165. Problem Statement
  166. The Model Matching Approach
  167. Anchor Discovery
  168. Anchor Propagation
  169. Case Study
  170. Tool Implementation
  171. Testing Protocol and Metrics
  172. Data
  173. Results
  174. Related Work
  175. Conclusion
  176. References
  177. Code Generation for UML 2 Activity Diagrams
  178. Introduction
  179. Modeling with UML
  180. Structural Modeling
  181. Activities
  182. Actions
  183. Interplay of Structures, Actions and Behaviors
  184. Code Generation for UML Models
  185. Implementing Structural Models
  186. Code Generation for Actions
  187. Basic Token Flow Concept
  188. Guards
  189. Token Flow at Control Nodes
  190. Code Generation Based on Token Flow Semantics
  191. Token Flow at Control Nodes in Detail
  192. Implementing InterruptibleActivityRegions
  193. Preparing Models by Model Transformations
  194. Evaluation
  195. Discussion and Related Work
  196. Conclusion and Future Work
  197. References
  198. Tractable Model Transformation Testing
  199. Introduction
  200. Context
  201. Models and Metamodels
  202. Model Transformations
  203. Tracts for Model Transformations
  204. Model Transformation Contracts
  205. Generating Test Input Models
  206. Proof of Concept
  207. Analysis
  208. Related Work
  209. Conclusions
  210. References
  211. Variability Analysis and ADLs
  212. Extending SysML with AADL Concepts for Comprehensive System Architecture Modeling
  213. Introduction
  214. Background
  215. SysML
  216. AADL
  217. Profile Description
  218. Mapping Component Types and Component Implementations
  219. Extension and Generalization
  220. Modes
  221. Mapping for Bindings
  222. Support for AADL Analysis
  223. Application and Evaluation of the Profile
  224. The Avionics Case Study
  225. The FMC Case Study
  226. Related Work
  227. Conclusion and Future Work
  228. References
  229. Analyzing Variability: Capturing Semantic Ripple Effects
  230. Introduction
  231. Background
  232. Common Variability Language
  233. Train Control Language
  234. Need for Analysis of CVL Models
  235. Alloy
  236. Combining CVL and TCL in Alloy
  237. Formalizing TCL
  238. Formalizing CVL and Relation to Base Language
  239. Optimizing the Instance Models
  240. Analyzing Semantic Ripple Effects
  241. Related Work
  242. Conclusion and Future Work
  243. References
  244. Integrating Design and Runtime Variability Support into a System ADL
  245. Introduction
  246. Background
  247. IDEA Metamodel Overview
  248. Variability Challenges in IDEA Models
  249. Variability during the Model Lifecycle
  250. Use Case Presentation
  251. Approach and Implementation
  252. The Abstract Entity concept
  253. Design Configurations
  254. Runtime Configurations
  255. Related Works
  256. Conclusion
  257. References
  258. Domain-Specific Modelling
  259. Domain-Specific Model Verification with QVT
  260. Introduction
  261. Related Work
  262. Problem Detection with pQVT
  263. Example Problem
  264. Specification Template
  265. Problem Specification
  266. Role Specification
  267. Problem Occurrence Specification
  268. Variant Specification
  269. Catalog of Metamodeling Problems
  270. Well-Formedness Problems
  271. Semantic Problems
  272. Convention Problems
  273. Case Study
  274. pQVT Expressiveness
  275. pQVT Effectiveness
  276. pQVT Performance
  277. Limitations and Future Work
  278. Conclusion
  279. References
  280. A SysML Profile for Development and Early Validation of TLM 2.0 Models
  281. Introduction
  282. TLM 2.0 and Rules for Interoperability
  283. A SysML Profile for TLM 2.0
  284. TLM Model Validation
  285. Expressing TLM Rules in OCL
  286. Implementation and Case Study
  287. A Digital Photo Frame : Case Study
  288. TLM Static Rules Validation
  289. Code Generation
  290. Conclusions and Future Work
  291. References
  292. Taming the Confusion of Languages
  293. Introduction
  294. Background and Rationale
  295. GenDeMoG
  296. Experiment
  297. Discussion and Future Work
  298. Related Work
  299. Conclusion
  300. References
  301. Model Management (2)
  302. Table-Driven Detection and Resolution of Operation-Based Merge Conflicts with Mirador
  303. Introduction
  304. Background
  305. Approaches to Merging
  306. The Merge as a Transformation
  307. Merge Workflow in Mirador
  308. Conflicts and the Change Plane
  309. Conflict Matrix and Change Partitioning
  310. Visualizing Relations with the Conflict Matrix
  311. Breaking Cycles with Conflict Partitioning
  312. Mirador Decision Tables
  313. Table Specification
  314. Conflict Detection and the before Predicate
  315. Conflict Resolution
  316. Customizing Rules, Conditions, and Actions
  317. Related Work
  318. Conclusion and Future Work
  319. References
  320. Improving Naming and Grouping in UML
  321. Introduction
  322. The UML Package and Its Related Operations
  323. Current Limitations of the UML Package
  324. Ownership of Packaged Elements
  325. Naming Schema
  326. Name Resolution
  327. PackageMerge Problems
  328. The Proposal
  329. A More Flexible Grouping Schema
  330. A More Powerful Naming Schema
  331. Name Resolution
  332. Putting It All Together
  333. BacktotheFuture
  334. Redefining Package Import
  335. Merging Groups
  336. Related Work
  337. Conclusions
  338. References
  339. Aspect-Oriented Model Development at Different Levels of Abstraction
  340. Introduction
  341. AOM at Different Levels of Abstraction
  342. Authentication Concern
  343. Feature Abstractions
  344. Use Cases
  345. Classes and Sequence Diagrams
  346. Classes and State Machines
  347. Services
  348. Mixins
  349. Contracts
  350. Discussion and Conclusion
  351. Workshop Summaries
  352. MBSDI 2011 3rd International Workshop on Model-Based Software and Data Integration
  353. Goals
  354. Description of the Workshop
  355. Topics
  356. MELO 2011 - 1stWorkshop on Model-Driven Engineering, Logic and Optimization
  357. Model-Driven Engineering, Logic and Optimization: Friends or Foes?
  358. Relevant Topics
  359. Organization
  360. The Third Workshop on Behaviour Modelling - Foundations and Applications
  361. Process-Centred Approaches for Model-Driven Engineering (PMDE) – First Edition
  362. Introduction
  363. Submissions and Selection Process
  364. Program committee
  365. WorkshopOrganizers
  366. Third International Workshop on Model-Driven Product Line Engineering (MDPLE 2011)
  367. Introduction
  368. Submissions and Selection Process
  369. Program Committee
  370. Workshop Organizers
  371. Tutorial Summaries
  372. Agile Development with Domain Specific Languages
  373. Introduction
  374. Usage of DSLs in Software Development Processes
  375. Development of Domain Specific Languages
  376. Incremental Evaluation of Model Queries over EMF Models: A Tutorial on EMF-IncQuery
  377. Introduction
  378. EMF-IncQuery
  379. Tutorial
  380. Integrated Model Management with Epsilon
  381. Goals and Structure
  382. Objectives
  383. Creating Domain-Specific Modelling Languages That Work: Hands-On
  384. Tutorial Description
  385. Tutorial Requirements
  386. Required Equipment
  387. Pre-requisites
  388. Tutorial Goals
  389. References
  390. Author Index


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