Traceable Human Experiment Design Research

Name: Traceable Human Experiment Design Research | Theoretical Model and Practical Guide
Brand: Wiley
Price: 139.99 EUR
Availability: OnlineOnly

Theoretical Model and Practical Guide

Nadine Mandran(Autor*in)

Wiley (Verlag)

1. Auflage

Erschienen am 14. Februar 2018

272 Seiten

E-Book

ePUB mit Adobe-DRM

Systemvoraussetzungen

978-1-119-51047-5 (ISBN)

139,99 €inkl. 7% MwSt.

Systemvoraussetzungen

für ePUB mit Adobe-DRM

E-Book Einzellizenz

Als Download verfügbar

Beschreibung

Weitere Details

Weitere Ausgaben

Inhalt

Cover
Half-Title Page
Title Page
Copyright Page
Contents
Preface
Introduction
1. Human-Centered Computer Science Research (HCCSR)
1.1. Concepts and features of HCCSR
1.2. HCCSR: science of the artificial
1.3. Difficulties in building and evaluating HCCSR instruments
1.4. Conclusion
2. THEDRE Principles
2.1. Introduction
2.2. Epistemological paradigms
2.2.1. Four paradigms
2.2.2. What are the reasoning methods?
2.2.3. How is the value or validity of knowledge appreciated?
2.2.4. Conclusion
2.3. Data production and analysis methods
2.3.1. Objective of qualitative and quantitative methods
2.3.2. Means to produce and analyze data
2.3.3. Combining methods for HCCSR
2.4. User-centered design
2.5. Traceability, continuous improvement approach and indicators
2.5.1. Traceability
2.5.2. Continuous improvement process
2.5.3. Quality indicators
3. Four Research Methods
3.1. Research methods
3.2. Design-based research (DBR)
3.2.1. Foundations
3.2.2. Characteristics of DBR
3.2.3. DBR and activatable tools (TEL)
3.2.4. Summary of the DBR method
3.3. Design science research for information science
3.3.1. Foundations
3.3.2. Initial model [HEV 04]
3.3.3. Improvements to the initial model
3.3.4. Summary of the design science method and its extensions
3.4. Action research and action design research for research in SE and IS
3.4.1. Foundations of the action research
3.4.2. Action design research [SEI 11]
3.4.3. Summary of the design action research method for SE
3.5. Dialogical model for research in management sciences
3.5.1. Paradigm and knowledge validation
3.5.2. Characteristics of the dialogical model
3.5.3. Summary of the dialogical model
3.6. Summary of the methods studied
4. THEDRE: Theoretical Model
4.1. A traceable method in HCCSR: paradigm and formalism
4.2. Pragmatic constructivism for the THEDRE method
4.3. Concepts and comprehensive view of the THEDRE method
4.3.1. Terminology for the THEDRE method
4.3.2. Actors and roles in the THEDRE method
4.3.3. Comprehensive view of the THEDRE method
4.4. Structure and traceability in the THEDRE method
4.4.1. Process structure in the THEDRE method
4.4.2. PDCA cycle for structuring the THEDRE method
4.4.3. Tasks and blocks for dividing processes into subprocesses
4.4.4. Traceability in the THEDRE method
4.4.5. Traceability indicators in the THEDRE method
4.4.6. Formalism of indicators in the THEDRE model
4.5. THEDRE: an adaptable language
4.5.1. Construction language for research processes
4.5.2. Concepts and relationships for using the THEDRE formalism
4.5.3. Graphical notations of the THEDRE method
4.6. Conclusion on the THEDRE process language
5. THEDRE Implementation
5.1. Putting THEDRE into practice
5.1.1. "Research planning" sub-process
5.1.2. "Experiment" sub-process
5.1.3. "Control" sub-process
5.1.4. The "building and decision-making" sub-process
5.1.5. Conclusion
5.2. Description of guides provided by THEDRE
5.2.1. "Brainstorming" guide
5.2.2. Guide for writing the "problem"
5.2.3. Guide for describing activity, production, objective or data quality indicators
5.2.4. "Activatable tool breakdown" guide
5.2.5. Guide for "orchestrating experiments"
5.2.6. Guide for writing the "experiment protocol"
5.2.7. Guide for writing the "facilitation guide for conducting experiments"
5.2.8. Guide for "writing an interview guide or questionnaire"
5.2.9. "Specifications" guide for activatable tool and components
5.2.10. Guide for "effective use cases"
5.2.11. Guide for "experiment synthesis"
5.2.12. Guide to "capitalizing data and analysis scenarios"
5.2.13. Logic diagram for choosing data production methods
5.2.14. Deliverables: facilitators for multidisciplinarity
5.3. Conclusion
6. Construction and Evaluation
6.1. The working context and THEDRE construction method
6.2. Continuous construction of the THEDRE method
6.2.1. IT and IDM systems
6.2.2. Human-computer interface (HCI)
6.2.3. User tests for innovative interfaces: 2008-2014
6.2.4. Technologies for enhancing learning (TEL)
6.2.5. Engineering multi-agent systems (MAS)
6.2.6. Conclusion on building THEDRE
6.3. Evaluation of the THEDRE method
6.3.1. Evaluation of language and the experimental process
6.3.2. Conclusions
6.3.3. Evaluation of the usability of the guides suggested in the THEDRE method
Conclusions and Perspectives
Appendices
Appendix 1: Evaluation of THEDRE Modeling Language
Appendix 2: Evaluation of the Usability of THEDRE Guides
Glossary
Bibliography
Index
Other titles from iSTE in Information Systems, Web and Pervasive Computing
EULA

Systemvoraussetzungen

Als PDF speichern Als Link merken