Co-evolution of standards in innovation systems: the dynamics of voluntary and legal standards
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| Format: | Thesis Book |
| Language: | English |
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2011
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| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXXIX, 344 S. Ill., graph. Darst. |
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| adam_text | Titel: Co-evolution of standards in innovation systems
Autor: Grösser, Stefan N.
Jahr: 2011
Table of Contents
I. Forewords............................................................................................................i
II. Table of Contents............................................................................................xxi
III. List of Figures................................................................................................xxix
IV. List of Tables.................................................................................................xxxi
V. List of Equations.........................................................................................xxxii
VI. Abbreviations.............................................................................................xxxiii
VILExecutive Summary....................................................................................xxxv
PART I: Stage and Background
1. Introduction........................................................................................................1
1.1 Relevance and Motivation................................................................................3
1.2 Research Object................................................................................................6
1.3 The Concept of Energy Efficiency.................................................................10
1.4 Literature Review............................................................................................13
1.5 Research Objective.........................................................................................15
1.6 Research Design..............................................................................................17
1.7 Contributions...................................................................................................18
1.8 Structure of Thesis..........................................................................................20
1.9 References Used in Chapter 1.........................................................................22
2. Literature Review............................................................................................31
2.1 Research about Technological Innovation Systems.......................................33
2.1.1 Subject......................................................................................................33
2.1.2 Review......................................................................................................34
2.2 Research about Innovation Diffusion Models on the Micro Level................35
2.2.1 Subject......................................................................................................36
2.2.2 Review......................................................................................................36
2.3 Research about Dominant Design...................................................................37
2.3.1 Subject......................................................................................................37
2.3.2 Review......................................................................................................38
2.4 Research about the Residential Built Environment........................................38
2.4.1 Subject......................................................................................................38
2.4.2 Review......................................................................................................39
2.5 Research Gap for the Thesis...........................................................................41
2.6 References Used in Chapter 2.........................................................................44
3. Research Design...............................................................................................55
3.1 Research Strategy............................................................................................57
3.2 Research Methodology...................................................................................59
3.3 Research Methods...........................................................................................72
3.4 Positioning in the Realms of Philosophy of Science......................................78
3.5 References Used in Chapter 3.........................................................................82
4. Swiss Residential Built Environment.............................................................99
4.1 Introduction to the Swiss Residential Built Environment............................101
4.1.1 Physical Properties.................................................................................101
4.1.2 Technical Properties...............................................................................106
4.1.3 Legal Properties......................................................................................Ill
4.1.4 Socio-Economic Properties....................................................................114
4.2 Systems Representation of the Swiss Residential Built Environment..........118
4.2.1 Framework of a Residential Built Environment....................................118
4.2.2 Fundamental Physical Structure of the Built Environment...................120
4.2.3 Model Boundary.....................................................................................127
4.2.4 Crucial Characteristics of the Residential Built Environment...............129
4.3 Specific Setting of the Case Study................................................................131
4.4 References Used in Chapter 4.......................................................................137
PART II: Scientific Contributions
5. Co-Evolution of Legal and Voluntary Standards: Development of
Energy Efficiency in Swiss Residential Building Codes (Paper 1)............149
5.1 Introduction...................................................................................................151
5.2 Literature Review..........................................................................................153
5.3 Research Methodology.................................................................................155
5.4 Resulting Model from the Case Study..........................................................157
5.4.1 Model Structure of the Technological and Political Sector...................158
5.4.2 Model Structure of the Market Sector....................................................160
5.4.3 Combining Market, Political, and Technological Sectors.....................164
5.4.4 Model Analysis......................................................................................165
5.5 Policy Analysis.............................................................................................169
5.5.1 Analysis of Feedback Policies...............................................................169
5.5.2 Analysis of Parameter Policies...............................................................171
5.6 Discussion.....................................................................................................175
5.6.1 Insights about the Specific Case of Switzerland....................................175
5.6.2 Implications for Future Policy Interventions.........................................176
5.6.3 Theoretical Implications.........................................................................177
5.6.4 Limitations.............................................................................................178
5.7 Conclusion....................................................................................................179
5.8 References Used in Chapter 5.......................................................................181
5.9 Appendix for Chapter 5................................................................................192
6. Cascade of Building Codes: Analysis of Scenarios
for Energy Efficiency (Paper 2)....................................................................199
6.1 Introduction...................................................................................................201
6.2 Literature.......................................................................................................203
6.3 Methodology.................................................................................................205
6.4 Simulation Model..........................................................................................207
6.5 Historical Behavior.......................................................................................209
6.5.1 Replication.............................................................................................209
6.5.2 Counterfactual Analysis.........................................................................214
6.6 Policy Analysis.............................................................................................216
6.6.1 Base Case from 2010 to 2050................................................................217
6.6.2 Oscillatory Support of Supply-Side Agents...........................................217
6.6.3 Construction and Energetic Renovation.................................................218
6.6.4 Combined Policy....................................................................................218
6.7 Scenario Analysis..........................................................................................220
6.7.1 Financial Disaster...................................................................................220
6.7.2 Sudden Energy Crisis.............................................................................221
6.7.3 Ground-Breaking Technology...............................................................221
6.8 Discussion.....................................................................................................223
6.8.1 Practical Implications.............................................................................223
6.8.2 Theoretical Implications.........................................................................224
6.8.3 Limitations.............................................................................................226
6.8.4 Future Research......................................................................................227
6.9 Appendix for Chapter 6................................................................................228
6.10 References Used in Chapter 6.......................................................................230
7. Hierarchy, Process, and Cessation: Contributions to
When and How to Validate (Paper 3)..........................................................237
7.1 Introduction...................................................................................................239
7.2 Validation Methods and Tests......................................................................241
7.2.1 Traditional Categorizations of Validation Tests....................................241
7.2.2 A Hierarchical Approach to Validation Tests........................................242
7.3 Validation Process.........................................................................................245
7.3.1 Conceptualizations of Validation Process in Use..................................246
7.3.2 An Integrative Validation Process.........................................................246
7.4 Validation Cessation.....................................................................................250
7.4.1 Rationale of the Cessation Decision......................................................250
7.4.2 The Discussion about Cessation.............................................................252
7.4.3 A Heuristic for the Cessation Decision..................................................252
7.5 Exemplary Application in a Case Study.......................................................258
7.6 Conclusion and Future Research..................................................................261
7.7 References Used in Chapter 7.......................................................................263
8. Measuring the Degree of Dynamic Complexity in Differential Equation
Simulation Models (Paper 4)........................................................................271
8.1 Introduction...................................................................................................274
8.2 Candidates for Measuring Dynamic Complexity.........................................276
8.2.1 Theil Inequality Statistics.......................................................................277
8.2.2 Analytical Analysis of Loop Dominance...............................................279
8.2.3 Behavioral Analysis of Loop Dominance..............................................279
8.2.4 Statistical Screening/Sensitivity Analysis..............................................280
8.2.5 Dynamic Pattern Recognition................................................................280
8.3 Positions for Measuring Dynamic Complexity............................................281
8.3.1 Model Structure......................................................................................282
8.3.2 Model Output.........................................................................................283
8.3.3 Model Input............................................................................................284
8.4 Measuring Dynamic Complexity..................................................................285
8.4.1 Requirements for the Measures of Dynamic Complexity......................285
8.4.2 Measuring Model Behavior....................................................................286
8.4.3 Measuring Model Structure....................................................................287
8.4.4 Applications to Toy Examples...............................................................289
8.5 Application to Three Cases...........................................................................292
8.5.1 Analysis of the Cases.............................................................................293
8.5.2 Interpretation of the Analysis.................................................................293
8.6 Discussion.....................................................................................................297
8.6.1 Insights and Contributions.....................................................................297
8.6.2 Limitations of the Approach..................................................................300
8.7 Conclusion and Future Research..................................................................302
8.8 References Used in Chapter 8.......................................................................303
PART III: Closing
9. Synthesis.........................................................................................................313
9.1 Integration of the Thesis s Core Chapters....................................................315
9.2 Substantive Synthesis....................................................................................316
9.3 Methodological Synthesis.............................................................................322
9.4 References Used in Chapter 9.......................................................................325
10. Limitations and Future Research................................................................333
10.1 Limitations of the Thesis..............................................................................335
10.1.1 Substantive.............................................................................................335
10.1.2 Methodology..........................................................................................336
10.2 Future Research.............................................................................................337
10.2.1 Enhancing Eco-Efficiency........................................................................337
10.2.2 Limiting Economic Growth......................................................................339
10.3 References Used in Chapter 10.....................................................................340
VIII. Appendix................................................................................................xxxvii
IX. Curriculum Vitae of the Author................................................................xxxix
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| spelling | Grösser, Stefan N. 1978- Verfasser (DE-588)102059909X aut Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards submitted by Stefan N. Grösser 2011 XXXIX, 344 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier St. Gallen, Univ., Diss., 2011 Energieeffizienz (DE-588)7660153-5 gnd rswk-swf Simulation (DE-588)4055072-2 gnd rswk-swf Bauwesen (DE-588)4144204-0 gnd rswk-swf Innovationsmanagement (DE-588)4161817-8 gnd rswk-swf (DE-588)4113937-9 Hochschulschrift gnd-content Innovationsmanagement (DE-588)4161817-8 s Energieeffizienz (DE-588)7660153-5 s Bauwesen (DE-588)4144204-0 s Simulation (DE-588)4055072-2 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024810265&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Grösser, Stefan N. 1978- Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards Energieeffizienz (DE-588)7660153-5 gnd Simulation (DE-588)4055072-2 gnd Bauwesen (DE-588)4144204-0 gnd Innovationsmanagement (DE-588)4161817-8 gnd |
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| title | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards |
| title_auth | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards |
| title_exact_search | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards |
| title_full | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards submitted by Stefan N. Grösser |
| title_fullStr | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards submitted by Stefan N. Grösser |
| title_full_unstemmed | Co-evolution of standards in innovation systems the dynamics of voluntary and legal standards submitted by Stefan N. Grösser |
| title_short | Co-evolution of standards in innovation systems |
| title_sort | co evolution of standards in innovation systems the dynamics of voluntary and legal standards |
| title_sub | the dynamics of voluntary and legal standards |
| topic | Energieeffizienz (DE-588)7660153-5 gnd Simulation (DE-588)4055072-2 gnd Bauwesen (DE-588)4144204-0 gnd Innovationsmanagement (DE-588)4161817-8 gnd |
| topic_facet | Energieeffizienz Simulation Bauwesen Innovationsmanagement Hochschulschrift |
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