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Beijing high-tech industrial development and technological advances push each effect study

Author: LiLiWei
Tutor: WuYongLin
School: North China University of
Course: Quantitative Economics
Keywords: Total Factor Productivity Data envelopment analysis The half relative knowledge production function Multiplier Model Ideal multiplier Actual Multiplier
CLC: F127
Type: Master's thesis
Year: 2011
Downloads: 67
Quote: 2
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Abstract


High-tech industrial development and technological progress closely. In this paper, the development of high-tech industry is divided into output growth and structural change, respectively, from the individual role of these two aspects of technological progress, and six two-way push each angle analysis of the relationship between technological progress and the high-tech industry, decomposition and estimates of technological progress, improving the DEA method, first proposed half relative DEA transformation of knowledge production function and the multiplier model cycle model. Creative achievements: to extract economies of scale brought about by technological progress to the effects of technological progress, technological progress and the effect is decomposed into a pure product of technological progress and scale effect; designed half DEA method transformation relative knowledge production function, a relative concept variables introduced into the knowledge production function, to overcome the lack of comparative defects in the traditional CD production function and the knowledge production function; technological advances and high-tech industrial production is derived based on the basis of assumptions multipliers and its 5:00 a the growth multiplier model, and under different external force to the extent of technological progress and the high-tech industry whether Delay Two cases push each effect ideal multiplier and the actual multiplier. The empirical results show that: the role of technological progress the development of high-tech industry significantly. The role of technological progress on the high-tech industry output growth prominent source of growth of the high-tech industry, but technological advances proportion of pure output effect and scale effect is incongruous, the low efficiency of the economies of scale; technological progress on the high-tech industrial structure change obvious, especially the prominent role of technological advances bring new products. The high-tech industrial development of technological progress has a strong reaction. Beijing high-tech industry output growth is prominent technological progress, the source of supply of the high-tech industry, but the technical efficiency of the fluctuations; proportion of new product development expenditure has a positive effect on technological progress, and its R \u0026 D relative technical progress plays a very important role. High-tech industry development and technological progress push each effect is significant. Whether the time delay when Beijing high-tech industry output growth and technical progress of the interaction effects are very significant, especially electronic communication equipment manufacturing industry is the most prominent, but the industry's technology conversion efficiency is too low; high-tech industrial structure change and The interaction between technological progress significant structural changes in the proportion of the various industries and technological advances or other delay when consistent changes.

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