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Thursday, July 30, 2020 | History

2 edition of R&D, production structure and productivity growth found in the catalog.

R&D, production structure and productivity growth

M. Ishaq Nadiri

R&D, production structure and productivity growth

a comparison of the US, Japanese, and Korean manufacturing sectors

by M. Ishaq Nadiri

  • 249 Want to read
  • 10 Currently reading

Published by National Bureau of Economic Research in Cambridge, MA .
Written in English

    Subjects:
  • Research, Industrial -- United States.,
  • Research, Industrial -- Japan.,
  • Research, Industrial -- Korea (South),
  • Industrial productivity -- United States.,
  • Industrial productivity -- Japan.,
  • Industrial productivity -- Korea (South).

  • Edition Notes

    Other titlesR and D, production structure and productivity growth
    StatementM. Ishaq Nadiri, Seongjun Kim.
    SeriesNBER working paper series -- working paper 5506, Working paper series (National Bureau of Economic Research) -- working paper no. 5506.
    ContributionsKim, Seongjun., National Bureau of Economic Research.
    The Physical Object
    Pagination29, [9] p. ;
    Number of Pages29
    ID Numbers
    Open LibraryOL22413781M

    Benefits from GVC participation, including in terms of productivity growth, depend on the position of the firm within global production networks and the nature of inter-firm linkages. Firms and industries positioned at the centre of complex production networks have access to a greater variety of foreign inputs, and potentially a broader range.   The rocketing costs of R&D and the rising capital sums required to build a state-of-the-art fabrication plant add to the industry’s challenges. In response to these higher costs, many semiconductor companies have resorted to “fab light” or even “fabless” strategies, outsourcing more and more of their chip design and production and.

    Productivity has become a national priority. Its effects are being felt on all levels--national, industrial, and individual. An organization must be able to measure productivity before effectively improving it. This volume is the first practical guide for developing productivity measurement systems. It describes the use of the Productivity Measurement and Enhancement System (ProMES) designed 5/5(1). also plays an major role in productivity growth, but we only Þnd a small effect of trade. In failing to take account of R&D-based absorptive capacity, existing U.S.-based studies may underestimate the return to R&D. I. Introduction T his paper provides empirical evidence that there are two roles, or faces, of research and development (R&D Cited by:

    Productivity is the ultimate engine of growth in the global economy. Raising productivity is therefore a fundamental challenge for countries going new OECD report on The Future of Productivity shows that we are not running out of Size: 3MB. between 65% and 90% of productivity growth in the industries with intermediate or high innovative activity. R&D expenditures are thus a primary source of productivity growth. Our model allows us to recover the entire distribution of the elasticity of output with respect to R&D expenditures—a measure of the return to R&D—as well as that of the.


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R&D, production structure and productivity growth by M. Ishaq Nadiri Download PDF EPUB FB2

The paper analyzes the production structure and the demand for inputs in three major industrialized countries, the U.S., Japan and Germany. A dynamic factor demand model with two variable inputs (labor and energy)and two quasi-fixed inputs (capital and R&D) is derived directly from an intertemporal cost-minimization problem formulated in discrete by: 3.

R&D, Production Structure and Productivity Growth: A Comparison of the US, Japanese and Korean Manufacturing Sectors M. Ishaq Nadiri, Seongjun Kim. NBER R&D Paper No. Issued in March NBER Program(s):Productivity, Innovation, and EntrepreneurshipCited by: Downloadable.

The paper analyzes the production structure and the demand for inputs in three major industrialized countries, the U.S., Japan and Germany. A dynamic factor demand model with two variable inputs (labor and energy)and two quasi-fixed inputs (capital and R&D) is derived directly from an intertemporal cost-minimization problem formulated in discrete time.

R&D, Production Structure, and Productivity Growth in the U.S., Japaneseand German Manufacturing Sectors Article (PDF Available) February with 43 Reads How we measure 'reads'. The paper also identifies the sources of the growth of output, labor productivity, and total factor productivity.

The results show that resource accumulation, not technical change, is the key factor in rapid output growth, and that the R&D capital and technical change have been major contributors of the TFP growth in the US and Japanese manufacturing but not in the Korean manufacturing by: Abstract: The paper analyzes the production structure and the demand for inputs in three major industrialized countries, the U.S., Japan and Germany.

A dynamic factor demand model with two variable inputs (labor and energy)and two quasi-fixed inputs (capital R&D R&D) is derived directly from an intertemporal cost-minimization problem formulated in discrete by: 3. The paper analyzes the production structure and the demand for inputs in three major industrialized countries, the U.S., Japan and Germany.

A dynamic factor demand model with two variable inputs (labor and energy)and two quasi-fixed inputs (capital and R&D) is derived directly from an intertemporal cost-minimization problem formulated in.

() posthumous book, R& D, Education, and Productivity, and Charles Hulten’s () article, “Total Factor Productivity: A Short Biography”. The most serious challenge to the tradi-tional approach to productivity measurement of Kuznets () and Solow () was File Size: KB.

Productivity Growth and the Structure of Production Jiyoung Kima, Satoshi Nakanob, Kazuhiko Nishimurac aInstitute of Developing Economies bThe Japan Institute for Labour Policy and Training cNihon Fukushi University Abstract In this study, interactions between potential hierarchical value chains existing in the production.

Get this from a library. R & D, Production Structure, and Productivity Growth in the U.S., Japaneseand German Manufacturing Sectors.

[Ingmar R Prucha; Pierre A Mohnen; M Ishaq Nadiri; National Bureau of Economic Research;] -- The paper analyzes the production structure and the demand for inputs in three major industrialized countries, the U.S., Japan and Germany.

R&D, Production Structure and Productivity Growth: A Comparison of the US, Japanese and Korean Manufacturing Sectors. By M. Ishaq Nadiri and Seongjun Kim. Get PDF (1 MB) Abstract. We estimate and compare the production structures of the US, Japanese, and Korean total manufacturing sectors for the period.

Author: M. Ishaq Nadiri and Seongjun Kim. determining the differences in productivity across firms and the evolution of firm-level productivity over time.

Key words: R&D, Productivity, Knowledge capital model, Production function estimation JEL Codes: D24, L60, O30 1. INTRODUCTION A firm invests in R&D and related activities to develop and introduce product and process Size: KB. Zvi Griliches, a world-renowned pioneer in the field of productivity growth, has compiled in a single volume his pathbreaking research on R&D and productivity.

Griliches addresses the relationship between research and development (R&D) and productivity, one of the most complex yet vital issues in today’s business world. R & D, production structure and productivity growth: a comparison of the US, Japanese, and Korean manufacturing sectors Author: M Ishaq Nadiri ; Seongjun Kim ; National Bureau of Economic Research.

Fraumeni & Okubo () as well as Sveikauskas () review the literature on R&D and productivity growth, showing that the overall rate of return to R&D is very large -about 25% for private Author: Leo Sveikauskas. Sector specific productivity growths were measured by way of the Trönquvist index, using the linked input-output tables for both Japan and Korea.

Keywords: Triangulation, Linked Input-Output Tables, Linear Ordering Problem, Productivity Growth. Abstract. The contribution of higher education to basic and applied research, both at the universities and after university graduates enter industry — as well as the contribution to the outcomes including patenting and technical change to productivity growth — is well recognized and not disputed by by: 8.

Research and Development Research and Development (R&D) is the term commonly used to describe the activities of organized R&D in the U.S., see the book by David Mowery and Nathan Rosenberg). Griliches, Zvi. "Issues in Assessing the Contribution of R&D to Productivity Growth." Bell Journal of Economics File Size: 37KB.

R&D and Productivity Growth Panel Data Analysis of 16 OECD Countries This study investigates the long-term effects of various types of R&D on multi-factor productivity growth, which are the spillover effects of R&D activities.

Econometric estimates are conducted on a panel of 16 OECD countries, over the period Cited by: R&D, innovation and productivity the theoretical link between innovation and productivity growth and then compares the production or saving on some of them and thereby affect total factor productivity (TFP).

For a long time, technological change was considered as File Size: KB. Therefore, we suggest that future research should utilise finely-grained industry or product-line data with long time horizons to: (i) identify the lag structure of the R&D capital and estimate both short and long-run R&D productivity effects through autoregressive distributed lag (ARDL) estimations (Añón Higón, ) or Markov chain Cited by: R&D and Productivity in the US and the EU: Sectoral Specificities and Differences in the Crisis Abstract Using data on the US and EU top R&D spenders from untilthis paper investigates the sources of the US/EU productivity gap.

We find robust evidence that US firms have a higher capacity to.DSTI/SU/SC()5/FINAL 3 RESEARCH AND DEVELOPMENT, INNOVATION AND PRODUCTIVITY GROWTH IN THE STEEL SECTOR Filipe Silva OECD Paris ABSTRACT Investments in R&D activity and innovation could help the steel industry to lower its future capital.