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H. Gruber (1994)
Learning and Strategic Product Innovation: Theory and Evidence for the Semiconductor Industry
G. Swann (1986)
Quality Innovation: An Economic Analysis of Rapid Improvements in Microelectronic Components
H. Gruber (1996)
Trade policy and learning by doing: the case of semiconductorsResearch Policy, 25
F. Malerba (1985)
The Semiconductor Business: The Economics of Rapid Growth and Decline
P. Romer (1986)
Increasing Returns and Long-Run GrowthJournal of Political Economy, 94
P. K. Bardhan (1970)
Economic Growth, Development and Foreign Trade
D. W. G. Ong (1984)
Modern MOS Technology: Process, Devices, and Design
(1994)
Status 1994. A Report on the Integrated Circuit Industry
D. Fudenberg, J. Tirole (1983)
Learning-by-Doing and Market PerformanceThe Bell Journal of Economics, 14
H. Gruber (1992)
Persistence of Leadership in Product InnovationJournal of Industrial Economics, 40
D. Kreps, J. Scheinkman (1983)
Quantity Precommitment and Bertrand Competition Yield Cournot OutcomesBell Journal of Economics, 14
L. Tyson, Indira Gurbaxani (1992)
Who’s Bashing Whom? – Trade Conflict in High Technology IndustriesJahrbücher für Nationalökonomie und Statistik, 214
M. Lieberman (1984)
The Learning Curve and Pricing in the Chemical Processing IndustriesThe RAND Journal of Economics, 15
D. Webbink (1977)
The semiconductor industry: A survey of structure, conduct, and performance, 78
G. Grossman, E. Helpman (1994)
Technology and TradeInternational Trade eJournal
D. Coe, E. Helpman (1993)
International R&D SpilloversIO: Productivity
M. Spence (1981)
The Learning Curve and CompetitionThe Bell Journal of Economics, 12
A. Dick (1991)
Learning by Doing and Dumping in the Semiconductor IndustryThe Journal of Law and Economics, 34
(1984)
Competitive Edge. The Semiconductor Industry in the US and in Japan
M. Blanco, G. Touchton, N. Hirota (1998)
A competitive edgeInternational water power & dam construction, 50
P. Swann, J. Gill (1993)
Corporate Vision and Rapid Technological Change: The Evolution of Market Structure
G. Dosi (1984)
Technical Change and Industrial Transformation: The Theory and an Application to the Semiconductor Industry
M. B. Lieberman (1984)
The Learning Curve Pricing in the Chemical IndustriesRand Journal of Economics, 15
Xiangkang Yin, Ng Yew-Kwang (1997)
Quantity Precommitment and Bertrand Competition Yield Cournot Outcomes: A Case with Product DifferentiationERN: Pricing (Topic)
R. Lucas (1993)
Making a miracleEconometrica, 61
D. Irwin, Peter Klenow (1994)
Learning-by-Doing Spillovers in the Semiconductor IndustryJournal of Political Economy, 102
Learning spillovers in the production of EPROMs areinvestigated. It turns out that spillovers aresignificant, even though internal learning is thepredominant source of learning. Concerning externallearning, it does not appear to particularly matterwhether this comes from domestic rivals or foreigncompanies. There is some indication that Japanesecompanies have a steeper learning curve and with somegenerations are better able to appropriate externallearning from foreigners. Intergenerational learningis pervasive, which seems to provide competitiveadvantages to first movers. It could explain thepersistence of leadership of Intel in this industryacross a series of generations. Moreover, it coulddeliver scope for policy intervention.
Review of Industrial Organization – Springer Journals
Published: Oct 6, 2004
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