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Situation-specific development of business models within software ecosystems / Sebastian Gottschalk. Paderborn, 2022
Inhalt
Table of Contents
List of Figures
List of Tables
I Introduction, Foundations and Related Work
1 Introduction
1.1 Motivation and Problem Statement
1.2 Research Question and Research Approach
1.3 High-level Requirements and Solution Overview
1.4 Publication Overview
1.5 Thesis Structure
2 Foundations
2.1 Model Engineering
2.1.1 Metamodeling
2.1.2 Domain-specific Languages
2.1.3 Computer-Aided Modeling Tools
2.2 Situational Method Engineering
2.2.1 Concept of Method Engineering
2.2.2 Types of Situational Method Engineering Approaches
2.2.3 Computer-Aided Method Engineering Tools
2.3 Business Model Development
2.3.1 Business Model Modeling Languages
2.3.2 Business Model Development Methods
2.3.3 Business Model Development Tools
2.4 Summary
3 Related Work
3.1 Business Aspects in Situational Method Enginnering
3.1.1 Related Approaches
3.1.2 Requirement Comparison
3.2 Situational Aspects in Business Model Development
3.2.1 Related Approaches
3.2.2 Requirement Comparison
3.3 Tools for Business Model Development
3.3.1 Related Approaches
3.3.2 Requirement Comparison
3.4 Summary
II Solution Concept
4 Conceptual Overview
4.1 Overview of the Solution
4.1.1 Overview of Requirements
4.1.2 Overview of Stages
4.1.3 Overview of Roles
4.2 Application to Software Ecosystems
4.2.1 Introduction of Software Ecosystems
4.2.2 Usage of Solution
4.3 Summary
5 Knowledge Provision of Methods and Models
5.1 Requirements and Overview
5.2 Provision of Method Repository
5.2.1 Modeling of Method Elements
5.2.2 Modeling of Method Building Blocks
5.2.3 Modeling of Method Patterns
5.3 Provision of Canvas Model Repository
5.3.1 Modeling of Canvas Elements
5.3.2 Modeling of Canvas Building Blocks
5.3.3 Modeling of Canvas Models
5.4 Summary
6 Composition and Enactment of Development Methods
6.1 Requirements and Overview
6.2 Composition of Development Methods
6.2.1 Definition of Context
6.2.2 Situation-specific Composition of Methods
6.2.3 Domain-specific Composition of Models
6.3 Enactment of Development Methods
6.3.1 Execution of Development Process
6.3.2 Stakeholder Involvement in Artifact Development
6.3.3 Change of Context
6.4 Summary
7 Support of Development Steps
7.1 Requirements and Overview
7.2 Modularization of Development Support
7.2.1 Provision of Development Support
7.2.2 Composition of Development Support
7.2.3 Enactment of Development Support
7.3 Types of Support Modules
7.3.1 Integrated Canvas Module
7.3.2 Internal Hypothesis Modeling and Mapping Module
7.3.3 External Crowd-based Prototype Validation Platform
7.4 Summary
III Implementation, Evaluation, Conclusion
8 Implementation
8.1 Modularized Architecture
8.1.1 Designed Architecture
8.1.2 Applied Technologies
8.2 Software Tool
8.2.1 Implemented Tool
8.2.2 Developed Modules
8.3 Summary
9 Evaluation
9.1 Case Study on OWL Live
9.1.1 Experimental Design
9.1.2 Execution
9.1.3 Analysis
9.1.4 Interpretation
9.2 User Study in Student Courses
9.2.1 Experimental Design
9.2.2 Execution
9.2.3 Analysis
9.2.4 Interpretation
9.3 Summary
10 Conclusion and Future Work
10.1 Contribution Summary
10.2 High-level Requirements Revisited
10.3 Future Work
References
Abbreviations
Appendix A SLR on Business Model Decision Support Systems
Appendix B Installation of the Situational Business Model Developer
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