Managing the Lifecycle of Open Innovation Platforms

Online-Ressource (XXIV, 249 p. 56 illus, digital)

"Research"--cover

Includes bibliographical references

Foreword; Preface; Overview of contents; Table of contents; List of figures; List of tables; List of abbreviations; Abstract; Part I Introduction; 1 Motivation and relevance; 2 Research questions; 3 Research design; 4 Structure of thesis; Part II Foundations; 1 Open innovation platforms; 1.1 Relevant research streams for this chapter; 1.2 Definition of open innovation platforms; 1.3 IT-based tools for open innovation constituting an OIP; 1.3.1 Innovation contests; 1.3.2 Innovation communities; 1.3.3 Innovation market places; 1.3.4 Innovation toolkits; 1.3.5 Innovation technologies

1.3.6 Scope of this thesis1.4 Open innovation platforms from a socio-technical systems perspective; 2 Open innovation intermediaries; 2.1 Relevant research streams for this chapter; 2.2 Functions of open innovation intermediaries; 2.3 Benefits of working with open innovation intermediaries; 2.4 Challenges of working with open innovation intermediaries; 3 A lifecycle model for open innovation platforms; 3.1 Relevant research streams for this chapter; 3.2 Need for a lifecycle approach; 3.3 Types of software development projects; 3.4 Comparison of software lifecycle models; 3.4.1 Waterfall model

3.4.2 Spiral model3.4.3 Rational unified process; 3.4.4 Application lifecycle management; 3.4.5 Online community lifecycle model; 3.4.6 Extreme programming; 3.4.7 Scrum; 3.5 Selection of a software lifecycle model to structure an OIP's lifecycle; 3.6 The lifecycle of open innovation platforms according to ALM; 3.6.1 Requirements phase; 3.6.2 Design phase; 3.6.3 Build phase; 3.6.4 Deploy phase; 3.6.5 Operate phase; 3.6.6 Optimize phase; 4 Summary of Part II; Part III Empirical study; 1 Case study design; 1.1 Case study as a research method; 1.2 Case selection; 1.3 Data collection procedures

1.4 Analysis procedures1.5 Validity procedures; 2 Case 1: innosabi; 2.1 The open innovation intermediary; 2.2 The open innovation platform; 2.2.1 Overview; 2.2.2 Processes and functionality; 2.3 The OIP lifecycle management; 2.3.1 Requirements phase; 2.3.2 Design phase; 2.3.3 Build phase; 2.3.4 Deploy phase; 2.3.5 Operate phase; 2.3.6 Optimize phase; 2.4 Summary and conclusion; 2.4.1 The open innovation intermediary; 2.4.2 The open innovation platform; 2.4.3 The OIP lifecycle management; 3 Case 2: HYVE; 3.1 The open innovation intermediary; 3.2 The open innovation platform; 3.2.1 Overview

3.2.2 Processes and functionality3.3 The OIP lifecycle management; 3.3.1 Requirements phase; 3.3.2 Design phase; 3.3.3 Build phase; 3.3.4 Deploy phase; 3.3.5 Operate phase; 3.3.6 Optimize phase; 3.4 Summary and conclusion; 3.4.1 The open innovation intermediary; 3.4.2 The open innovation platform; 3.4.3 The OIP lifecycle management; 4 Case 3: Atizo; 4.1 The open innovation intermediary; 4.2 The open innovation platform; 4.2.1 Overview; 4.2.2 Processes and functionality; 4.3 The OIP lifecycle management; 4.3.1 Requirements phase; 4.3.2 Design phase; 4.3.3 Build phase; 4.3.4 Deploy phase

4.3.5 Operate phase

10.1007/978-3-658-02508-3 [DOI]

ECONIS - Online Catalogue of the ZBW