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References
K. J. Arrow and M. Kurz (1970): Public Investment, the Rate of Return and Optimal Fiscal Policy (Resources for the Future), Baltimore and London.
R. R. Bate (1969): The Optimal Control of Systems with Transport Lag, in: C. T. Leondes (ed.): Advances in Control Systems, Vol. 7, New York- London, pp. 165–224.
M. Bloch (1961): Feudal Society, Chicago.
R. E. Evenson and Y. Kislev (1975): Agricultural Research and Productivity, New Haven and London.
Z. Griliches (1980): Returns to Research and Development in the Private Sector, in: J. W. Kendricks and B. Vaccara (eds.): New Developments in Productivity Measurement and Analysis, Studies in Income and Wealth, Vol. 44, Chicago, pp. 419–454.
J. Jacobs (1969): The Economy of Cities, New York.
M. I. Kamien and N. L. Schwartz (1975): Market Structure and Innovation: A Survey, Journal of Economic Literature13, pp. 1–37.
E. Mansfield (1968): The Economics of Technological Change, New York.
M. McLuhan (1969): The Gutenberg Galaxy: The Making of Typographic Man, New York.
W. D. Nordhaus (1969): Invention, Growth and Welfare, Cambridge, Mass.
W. Pauwels (1977): Optimal Dynamic Advertising Policies in the Presence of Continuously Distributed Time Lags, Journal of Optimization Theory and Applications22, pp. 79–89.
L. S. Pontryagin et al. (1962): The Mathematical Theory of Optimal Processes, New York.
P. A. Samuelson (1965): A Theory of Induced Innovations Along Kennedy-Weizsäcker Lines, Review of Economics and Statistics47, pp. 343–356.
P. A. Samuelson (1972): The General Saddlepoint Property of Optimal-Control Motions, Journal of Economic Theory5, pp. 102–120.
R. Sato and R. Ramachandran (1978): A Contribution to the Microeconomic Analysis of Biased Technical Progress, Discussion Paper, Department of Economics, Brown University, Providence.
R. Sato (1980): The Impact of Technical Change on the Holotheticity of Production Functions, presented at the World Congress of the Econometric Society, Toronto, Canada, 1975, published in Review of Economic Studies47, pp. 767–776.
R. Sato and G. Suzawa (1980): An Analysis of the Effect of Basic and Applied Research on Productivity Gains, Research Project Sponsored by NSF Division of Policy Research and Analysis, Brown University, Providence.
F. M. Scherer (1970): Industrial Market Structure and Economic Performance, Chicago.
J. Schmookler (1966): Invention and Economic Growth, Cambridge, Mass.
S. P. Sethi (1973): A Useful Transformation of Hamiltonians Occuring in Optimal Control Problems in Economic Analyses, SCIMA Journal of Management Science and Applied Cybernetics2, pp. 1–17.
S. P. Sethi (1974): Sufficient Conditions for the Optimal Control of a Class of Systems with Continuous Lags, Journal of Optimization Theory and Applications13, pp. 545–552.
S. P. Sethi and T. W. McGuire (1977): Optimal Skill Mix: An Application of the Maximum Principle for Systems with Retarded Controls, Journal of Optimization Theory and Applications23, pp. 245–275.
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The substantial portion of this work was completed while Nôno was at Brown University as a Visiting Professor of Economics for the academic year 1979–1980. The authors gratefully acknowledge support from the National Science Foundation.
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Sato, R., Nôno, T. A theory of endogenous technical progress: Dynamic Böhm-Bawerk effect and optimal R & D Policy. Zeitschr. f. Nationalökonomie 42, 1–22 (1982). https://doi.org/10.1007/BF01288452
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DOI: https://doi.org/10.1007/BF01288452