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The common topic of this collection of studies is the interaction between innova tive activity of firms and industrial structure. I call this interaction technological competition. Firms invest into R&D in order to open up new or enlarge existing profit opportuni ties for the future. A successful R&D-project leads to an innovation. An innovation introduced into the market changes the competitive structure of the industry. At the same time the structure of the industry shapes the incentives to invest into R&D. What matters for these incentives is not so much the existing structure but the expected dynamic evolution of that industry which is again dependent on the innovative choice of firms. Amongst other things, the dynamic of industry evolution is therefore rooted in the dynamics of ongoing innovative activity. Of course, this is not always the whole sto ry. There are (more or less) exogenous factors, like knowledge spillovers from other sectors of the economy, technological breakthroughs in basic research that directly influence the state of competition in an industry by providing additional profit op portunities, etc. The same is true for exogenous changes in upstream markets or demand conditions. My main interest here is not primarily to understand these exogenous forces, but to develop a theory of how the process of firms' innovative activity is shaped by competition and in turn shapes future competition between firms in an industry.
Industry officials and government policymakers have for some time decried the lack of a framework for establishing and defending Research and Development (R&D) policies. Effective policy requires an understanding of the underlying economics. This book offers models and analysis of the economic elements that drive technology-based growth with emphasis on their implications for policy analysis. It also compares existing U.S. policies with those used in Europe and Japan. The results of these models and analysis is a framework for matching various forms of underinvestment with efficient strategic and policy responses. This market-failure based approach enables industry and government R&D initiatives to be developed, analyzed, and implemented with greater success than previously attained. The first part of the book analyzes economic trends to show how they are affected by technological change and the evolving nature of foreign competition. R&D spending patterns are studied to identify and characterize market failures that prevent adequate private-sector investments in technology. A model is presented for a typical technology-based industry. The second part looks at specific technologies and policies that impact R&D investment and that have been the subject of intense policy debate.
Originally published in 1985 this book looks at the way in which some businesses in high technology manufacturing industry have organised their structures and processes in order to manage product innovation effectively. Including detailed case studies of both British and American companies, the book gives examples of both effective and less effective practices. The author puts forward a general framework of good practice for the benefit of both practitioners and business studies students.
Provides an overview and assessment of established research on firms' strategic choices of R&D efforts and their firm-level returns, and explains the consequences for economy-wide technological change and growth.
This book provides an account of work in the Schumpeterian and evolutionary tradition of industrial dynamics and the evolution of industries. It is shown that over time industries evolve and change their structure. In this dynamic process, change is affected and sometimes constraint by many factors, including knowledge and technologies, the capabilities and incentives of actors, new products and processes, and institutions.
Zoltan Acs explores the relationship between industrial innovation and economic growth at regional level and reaches conclusions as to why some regions grow and others decline. The book focuses on innovation and the growth of cities by the use of endogenous growth theory.
R&D, Innovation and Competitiveness in the European Chemical Industry explores the science & technology base and the dynamic performance of the European "system of innovation" in the chemical industry, with particular attention to its contribution to economic growth through innovation and competitiveness, and its ability to translate its research into commercially useful products. It also analyses the forces that encourage the diffusion of chemical innovations on downstream user industries and among large and small firms. The studies presented in this book represent an analysis of the issues and questions raised by the Green Paper on Innovation presented by the European Commission, for the specific case of the European chemical industry. R&D, Innovation and Competitiveness in the European Chemical Industry will be of interest to industry and government experts related to the chemical industry, scholars; both faculty and graduate students interested in growth, corporate strategy and the management of innovation.
Technical advance requires resources and is motivated by the quest for profits; therefore, the rate and direction of advance is determined by the economic system. Recognition of this fact has focused attention on the performance of the market economy in the allocation of resources to technical advance, and the consequent body of research is surveyed and synthesised in this book. The theories of market structure and innovation proposed by Schumpeter, Galbraith, Arrow, Schmookler, Scherer, Mansfield, Phillips, Barzel, Kamien and Schwartz, Loury, Nelson and Winter, Grabowski, Dasgupta and Stiglitz, and others are presented in an integrated form. These theories deal with the nature of competition, the incentives to innovate and the pace of innovative activity under different market structures, and the existence of a market structure that yields the most rapid rate of innovation. In addition, the findings of seventy empirical studies dealing with various facets of the microeconomics of technical innovation are presented. The book is designed to be accessible to economists working in a variety of situations - in universities, business and government - and who are concerned with questions of technical innovation. It is also suitable for senior-level undergraduates and first year graduate students approaching the subject in a comprehensive way for the first time.