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Chapter I Introduction
1£®1 Background
1£®2 Hypothetical View
1£®3 Existing Works
1£®4 Focus of the Analysis
1£®5 Structure of the Book
References

Chapter II Converging Trend of Innovation Efforts and Economic Performance¡ª¡ªA Case of Japan's Electrical Machinery Industry
2£®1 Introduction
2£®2 Converging Trend of Innovation Efforts in Japan's Electrical Machinery Firms Under New Paradigm
2£®2£®1 Virtuous Cycle of Effective R&D Investment Leading to Increase in Technology Stock
2£®2£®2 Trigger Role of Marginal Productivity of Technology Dichotomizing Development Trajectories
2£®2£®3 Development Trajectories of Japan's Leading Electrical Machinery Firms
2£®3 Canon's Sustainable Growth Trajectory Focusing on Techno-logical Diversification and Firm's Techno-economic Structure
2£®3£®1 Technological Diversification and Marginal Productivity of Technology
2£®3£®2 Technological Diversification£¬ TFP and Internal Rate of Return to R&D Investment
2£®3£®3 Factors Inducing a Virtuous Cycle Between R&D Investment and Technological Diversification
2£®4 Conclusion
References
Appendix£º Bi-logistic Growth Trajectory in the Follower Firms

Chapter III Optimal Trajectory of Hi-tech Products Through EffectiveR&D Investment and Market Learning¡ª¡ªAn Empirical Analysis of Canon Printers'Growth Trajectory
3£®1 Introduction
3£®2 Analytical Framework
3£®2£®1 Main Variables
3£®2£®2 Main Parameters
3£®2£®3 Model Description
3£®2£®4 Optimal Control Problem
3£®2£®5 Maximum Principle of Pontryagin
3£®2£®6 Hamiltonian Systems 64
3£®3 Optimal R&D Investment and Learning
3£®3£®1 Effect of Obsolescence of Technology
3£®3£®2 Optimal R&D Intensity 66
3£®3£®3 Optimal Learning 67
3£®3£®4 Optimal Marginal Productivity of Technology £¨MPT£©
3£®4 Impacts on Learning Coefficient ¡ª¡ª A Case of Canon Printers
3£®5 Conclusions
Appendix
References

Chapter IV The Role of Techno-Countervailing Power in Inducing the Development and Dissemination of New Functionality¡ª¡ªAn
Analysis of Canon Printers and Japan's Personal Computers
4£®1 Introduction
4£®2 Impact of Countervailing Power Among Suppliers on Function-ality Development- Demonstration of the Hypothesis of Supply Side
4£®2£®1 Dynamism among Price Elasticity to Technology£¬ Techno-countervailing and Functionality Development
4£®2£®2 Measurement of Elasticity of Prices to Technology £¨¦Ë£©A Case of Canon Printers
4£®2£®3 Measurement of Elasticity of Technology to Technology Cmpetition £¨ £© A Case of Canon Printers
4£®2£®4 Measurement of Functionality Development ¡ª¡ª A Case of Canon Printers
4£®3 Dynamism of Countervailing Power Between Supply and Demand Markets in Printers Development Demonstrationof the Hypothesis of Demand Side
4£®3£®1 Impact of Functionality Development on Induction of Supply and Demand ¡ª¡ª A Case of Canon Printers
4£®3£®2 Contribution to Prices Decrease from Both Supply and Demand Sides- A Case of Canon Printers and Japan's PCs
4£®3£®3 The Role of Techno-Countervailing Power
4£®4 Conclusion
Appendix
References

Chapter V Fusing Indigenous Technology Development and Market Learning for Higher Functionality Development
5£®1 Introduction
5£®2 Framework of the Analysis ¡ª¡ª Diffusion Trajectory of Innovative Products
5£®2£®1 Functionality Development
5£®2£®2 Governing Factors to Functionality Development
5£®2£®3 Requirement to Sustainable Functionality Development
5£®3 Empirical Evidences ¡ª¡ª A Case of Canon Printers'Development
5£®3£®1 Growth Trajectory Of Canon Printers
5£®3£®2 Fusing Effects of Indigenous Technology Development and Market Learning
5£®3£®3 External Learning for Sustainable Functionality Development
5£®3£®4 Implication to Firms Profit
5£®4 Conclusions
References
Appendix

Chapter VI Conclusion
6£®1 General Summary
6£®2 New Findings
6£®3 Implications
6£®4 Future Works
Acknowledgement