Engineering Methods in the Service-Oriented Context

Name: Engineering Methods in the Service-Oriented Context | 4th IFIP WG 8.1 Working Conference on Method Engineering, ME 2011, Paris, France, April 20-22, 2011, Proceedings
Brand: Springer
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4th IFIP WG 8.1 Working Conference on Method Engineering, ME 2011, Paris, France, April 20-22, 2011, Proceedings

Jolita Ralyté Isabelle Mirbel Rébecca Deneckère(Herausgeber*in)

Springer (Verlag)

Erschienen am 29. März 2011

XII, 232 Seiten

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978-3-642-19997-4 (ISBN)

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Inhalt

Title Page
Preface
Conference Organization
Table of Contents
Keynote Talks
An Assessment of Method Engineering
Application of Method Engineering Principles in Practice: Lessons Learned and Prospects for the Future
Situated Method Engineering
Incremental Method Engineering for Process Improvement - A Case Study
Introduction
Aim of This Research
Related Work
Research Approach
Selection and Analysis of Methods
Requirements Prioritization
Requirements Prioritization Methods
Situational Factors
Case Study
Case Study Design
Discussion
Conclusion
References
Design Solution Analysis for the Construction of Situational Design Methods
Introduction: Contingencies, Design and Situational Methods
Analysis of Existing Design Solutions
Derivation of Method Fragments and Configuration Rules
Enterprise Architecture Management - An Illustrative Example for Design Solution Analysis
Procedure Steps 1 through 7: Design Solution Analysis
Procedure Steps 8 through 11: Design Method Construction
Conclusions and Outlook
References
A Method Base for Enterprise Architecture Management
Motivation
Related Work
Designing a Situated EA Management Function
Foundations
Structure of the Building Block
Structure and Administration of the Building Block Base
Applying the Building Block Base
Summary and Outlook
References
Method Engineering Foundations
Towards the Use of Granularity Theory for Determining the Size of Atomic Method Fragments for Use in Situational Method Engineering
Introduction
Theory of Granularity
The Granularity of Method Fragments
Case Study Based on the OPF Metamodel and Fragment Definitions
The Current Situation
The Proposed New Situation
Discussion and Related Work
Conclusions and Recommendations
References
A Method Assessment Framework
Introduction
Method Design
Method Enactment
Method Performance
Advantages of This Framework
Discussion and Related Work
Conclusion
References
Towards Common Ground in SME: An Ontology of Method Descriptors
Introduction
Method Descriptors Ontology
SME Method Descriptors
Method Fragments
Method Chunks
Method Components
Open Process Framework (OPF) Method Elements
SO2M Method Services
Exploring Usages of the Method Descriptors Ontology
Conclusion
References
Customized Methods
Towards a Method for Service Design
Introduction
Existing Approaches to Service Design
Framework for Service Design - Towards a Service Design Method
Discussion and Outlook
References
A Case Study for Improving a Collaborative Design Process
Introduction
The Extended Symphony Method
Case Study
Setting of the Case Study
Results
Evolution of the Extended Symphony Method
Conclusion
References
Incorporating Model-Driven Techniques into Requirements Engineering for the Service-Oriented Development Process
Introduction
Related Works
Software Process Engineering
RUP Extension for the Model-Driven Requirements
Activities and Workflow
Work Products
Roles
Conclusions
References
Tools for Method Engineering
The Online Method Engine: From Process Assessment to Method Execution
Introduction
Incremental Process Assessment and Improvement
Analysis of Current Situation
Analysis of Need
Selection of Process Alternatives
Creation of Improvement Roadmap
Selection and Implementation of Method Increments
Online Method Engine
Information Extraction Using MERL
Template Generation
Conclusions and Further Research
References
A Deductive View on Process-Data Diagrams
Introduction
Constructs of Process-Data Diagrams
PDDs versus Metamodeling
Deductive Formalization
The Product Part in ConceptBase
The Process Part in ConceptBase
Definition of PDD Combination
Detecting Unstructured Data Production
Realizing Traceability
Conclusions
References
Turning Method Engineering Support into Reality
Introduction
State of the Art
Overview of the Proposal
The MDD Infrastructure
Meta-modeling
Model Transformations
The Methodological Framework
Method Design
Method Configuration
Method Implementation
Conclusions and Future Work
References
New Trends to Build Methods
Towards a Method for Engineering Social Web Services
Introduction
Background
Running Scenario
Social Computing Meets Service-Oriented Computing
Social Web Services in the Literature
Our Engineering Method
Overview
Step 1: What Relationships Can Put Web Services in Contact?
Step 2: What Social Networks Correspond to Web Services' Relationships?
Step 3: How to Build Social Networks of Web Services?
Step 4: What Social Behaviors Can Web Services Exhibit?
Implementation
Support Tools
Experience with $LinkedWS$
Conclusion
References
Developing Families of Method-Oriented Architecture
Introduction
Motivating Example
Background
Software Product Line Engineering
Method Oriented Architecture
Method Services and Feature Modeling
Families of Method Oriented Architecture
Method Domain Engineering
Method Application Engineering
Case Study
Related Work
Discussion
Conclusion and Future Work
References
Agile Service Development: A Rule-Based Method Engineering Approach
Introduction
Method Engineering for Agile Service Development
Situational Project Factors and Characterization
Method Fragments Description and Identification
Conclusions
References
Method Engineering for Services
Bridging the Gap between Business Processes and Service Composition through Service Choreographies
Introduction
Overview of the Approach
The Choreography Meta-model
Scenario
The Domain Meta-model
The Analysis Meta-model
The Design Meta-model
Conclusion and Discussion
References
Towards Construction of Situational Methods for Service Identification
Introduction
Foundations of a New Meta Method
Situational Method Engineering and Configurability in Existing Approaches
Research Design
Goals and Scope of the Meta Method
Identifying Situations
Context Factors
SOA Implementation Goals
Designing Method Fragments for Service Identification
Decomposition
Exploration
Conclusion and Further Research
References
An MDA Method for Service Modeling by Formalizing REA and Open-edi Business Frameworks with SBVR
Introduction
Background
Creating Service-Centric SBVR-Based Business Model
Related Work and Conclusion
References
A Scenario-Based Governance Method for Coordination of Service Life Cycles
Introduction
Scenarios for Comparison of Service Life Cycles
Scenario-Based Governance Method for Life Cycle Coordination
Conclusions
References
Author Index

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