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Foreword; Contents; Part I: Doctrinal and Empirical Analysis; Introduction: China and India as Contrast Pair in Innovation and IP; 1 Aims and Scope of the book; 2 Indiaś Innovation Landscape; 2.1 Human Capital; 2.2 Science and Technology Infrastructure; 2.3 RandD Spending; 2.4 Scientific Publications and IPRs; 2.5 Government Policy; 3 Chinaś Innovation Landscape; 3.1 Patents and Innovation; 3.2 Private, Domestic Growth; 3.3 Geographic Diffusion; 4 Key Trends; Do IPRs Promote Innovation?; 1 Introduction; 2 Discussion; 2.1 The ESA-USPTO Study; 2.1.1 Employment; 2.1.2 Wages
2.1.3 GDP Contribution2.2 The OHIM-EPO Study; 2.2.1 Employment; 2.2.2 Wages; 2.2.3 GDP Contribution; 2.3 Analysis and Insights; 3 IPR Promotion of Technological/Business Model Innovations; 3.1 The Gillette Company (Before/After PandG Acquisition); 3.2 Tata Motors; 3.2.1 Tata Indica; 3.2.2 Tata Ace; 3.2.3 Tata Nano; 3.3 Dhama INNOVATIONS; 3.4 Hindustan Unilever Limited (HUL); 3.4.1 Pureit; 3.5 Arvind Eye Care System; 3.6 FINO PayTech Ltd.; 3.7 Narayana Health; 3.8 Bharti Enterprises; 3.9 Darjeeling Tea; 3.10 Kanchipuram Silk Sarees; 4 Summary and Conclusions; References
Technology and Business Innovation: Role and Value Measurement of IPRs1 Introduction; 2 Innovation; 3 Innovation and IPR
Interrelationship; 3.1 IPRs as an Incentive to Innovation; 3.2 IPRs as an Impediment to Innovation; 3.3 IPRs Are not Leading Agents for Innovation; 3.4 Causal Link
Some Literature Review; 4 Value Measurement of IPR Corresponding to Innovation; 4.1 Measurement and Valuation of Assets in IP; 4.2 IP Valuation
Causes; 4.2.1 Management-Oriented Causes; 4.2.2 Enterprise-Related Causes and Causes Under Company Law; 4.2.3 Transfer-Oriented Causes
4.2.4 Conflict-Oriented Causes4.2.5 Finance- and Accounting-Oriented Causes; 4.3 Methods of IP Valuation; 4.4 Limitations and Critical Evaluation of Such Valuations; 5 Conclusion; References; Does Patent Strategy Shape the Long-Run Supply of Public Knowledge?; 1 Theory and Hypotheses; 1.1 Institutional Foundations of Private and Public Knowledge Streams; 1.2 Relationships Between Public and Private Knowledge Streams; 1.2.1 Public Knowledge Stream Influences on the Private Knowledge Stream; 1.2.2 Private Knowledge Stream Influences on the Public Knowledge Stream
1.3 Convergence of the Private and Public Knowledge Streams2 Gene Patenting and the Production of Genetic Knowledge; 3 Methods; 3.1 Empirical Approach; 3.2 Data, Sample, and Measures; 3.2.1 Citation Year Variables; 3.2.2 Paper Variables; 3.2.3 Patent Variables; 3.2.4 Gene Patent Variables; 3.3 Model Specification and Estimation; 4 Results; 4.1 Impact of Patent Scope and Strength; 4.2 Impact of Patent Ownership; 4.3 Impact of Complexity of Patent Landscape; 4.4 Impact of Usefulness of Patented Knowledge; 5 Discussion; 5.1 Implications; Appendix: Key Variable Definitions; References
2.1.3 GDP Contribution2.2 The OHIM-EPO Study; 2.2.1 Employment; 2.2.2 Wages; 2.2.3 GDP Contribution; 2.3 Analysis and Insights; 3 IPR Promotion of Technological/Business Model Innovations; 3.1 The Gillette Company (Before/After PandG Acquisition); 3.2 Tata Motors; 3.2.1 Tata Indica; 3.2.2 Tata Ace; 3.2.3 Tata Nano; 3.3 Dhama INNOVATIONS; 3.4 Hindustan Unilever Limited (HUL); 3.4.1 Pureit; 3.5 Arvind Eye Care System; 3.6 FINO PayTech Ltd.; 3.7 Narayana Health; 3.8 Bharti Enterprises; 3.9 Darjeeling Tea; 3.10 Kanchipuram Silk Sarees; 4 Summary and Conclusions; References
Technology and Business Innovation: Role and Value Measurement of IPRs1 Introduction; 2 Innovation; 3 Innovation and IPR
Interrelationship; 3.1 IPRs as an Incentive to Innovation; 3.2 IPRs as an Impediment to Innovation; 3.3 IPRs Are not Leading Agents for Innovation; 3.4 Causal Link
Some Literature Review; 4 Value Measurement of IPR Corresponding to Innovation; 4.1 Measurement and Valuation of Assets in IP; 4.2 IP Valuation
Causes; 4.2.1 Management-Oriented Causes; 4.2.2 Enterprise-Related Causes and Causes Under Company Law; 4.2.3 Transfer-Oriented Causes
4.2.4 Conflict-Oriented Causes4.2.5 Finance- and Accounting-Oriented Causes; 4.3 Methods of IP Valuation; 4.4 Limitations and Critical Evaluation of Such Valuations; 5 Conclusion; References; Does Patent Strategy Shape the Long-Run Supply of Public Knowledge?; 1 Theory and Hypotheses; 1.1 Institutional Foundations of Private and Public Knowledge Streams; 1.2 Relationships Between Public and Private Knowledge Streams; 1.2.1 Public Knowledge Stream Influences on the Private Knowledge Stream; 1.2.2 Private Knowledge Stream Influences on the Public Knowledge Stream
1.3 Convergence of the Private and Public Knowledge Streams2 Gene Patenting and the Production of Genetic Knowledge; 3 Methods; 3.1 Empirical Approach; 3.2 Data, Sample, and Measures; 3.2.1 Citation Year Variables; 3.2.2 Paper Variables; 3.2.3 Patent Variables; 3.2.4 Gene Patent Variables; 3.3 Model Specification and Estimation; 4 Results; 4.1 Impact of Patent Scope and Strength; 4.2 Impact of Patent Ownership; 4.3 Impact of Complexity of Patent Landscape; 4.4 Impact of Usefulness of Patented Knowledge; 5 Discussion; 5.1 Implications; Appendix: Key Variable Definitions; References