Kung Chung Liu Knihy

This book examines the two most populous nations on earth – India and China – in an effort to demystify the interaction between intellectual property rights (IPR) regimes, innovation and economic growth by critically looking at the economic and legal realities. In addition, it analyzes the question of how innovation can best be transformed into IPR, and how IPR can best be exploited to encourage innovation. Comparing and contrasting these two giant nations can be highly beneficial as China and India were the two fastest-growing economies in the last three decades, and together their populations make up one third of the world’s total population; as such, exploring how to sustain their growth via innovation and commercialization of IPR could have a tremendous positive impact on global well-being. While a study of these two mega countries with such diverse dimensions and magnitudes can never be truly comprehensive, this joint effort by scholars from law, business management and economics disciplines that pursues an empirical approach makes a valuable contribution. Divided into three parts, the first offers an in-depth doctrinal and empirical analysis. The second part exclusively focuses on India, while the last is dedicated to China.

This book evaluates existing and explores new mechanisms for the adequate payment of copyright owners for the use of their works. The underlying assumption is that adequate rewards to creators and subsequent right holders will continue to be a goal of copyright law (particularly to incentivize further creation and investment). In the search for viable methods it first focuses on the reduction of transaction costs and the role of new technologies. It also discusses the further development and broader application of new mechanisms that might be necessary to enhance the adequacy and efficiency of payment systems, since the more onerous payment systems are, the more irrelevant copyright risks become due to lack of acceptance, and the less likely both are to fulfill their functions.