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The promoting effects assessment on human capital and science and technology advancement to economic growth: Taking Korea as an example

机译:促进人力资本与科技进步对经济增长的影响:以韩国为例

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How to appraise the contribution rate of the human capital and science and technology advancement to economic growth, most of researchers have used new growth theory at present. But in this paper, there is the formidable problem no matter in theory or on the method. Takes Korea as an example, this paper approaches the contribution rate of the human capital and science and technology advancement to economic growth. It is calculated that the economic growth of Korea follows the model which takes the material capital as the main power and innovation as the secondary power between 1970 and 1997. But after financial crisis in 1997, the way of economic growth had transformed into the double impetus of investment - innovation. The contribution rate of the material capital growth to economic growth has reduced to 44.43%. The contribution rate of the innovations has achieved 41.44% (the factor of Technical progress is 24.02%; the factor of human capital innovation is 15.82%; the factor of institution innovation is 1.6%). The proportion of research and development funds that account for GDP has changed form 0.4% in 1970 to 3% in 2006. The average number of schooling years per person has changed from 4.5 years in 1970 to 12.61 years in 2000. The science and technology and the education develop so fast, which powerfully supported the Korea economy for several dozens year.
机译:如何评估人力资本和科技进步对经济增长的贡献率,大多数研究人员目前使用了新的增长理论。但在本文中,无论理论还是在方法上都存在强大的问题。以韩国为例,本文涉及人力资本和科技进步对经济增长的贡献。计算出韩国的经济增长遵循了将物质资本视为1970年至1997年至1997年之间的主要动力和创新的模式。但在1997年的金融危机之后,经济增长的方式转化为双重动力投资 - 创新。物质资金增长对经济增长的贡献率降至44.43%。该创新的贡献率已经实现了41.44%(技术进步的因素是24.02%;人力资本创新因素为15.82%;机构创新因素为1.6%)。对GDP的研究和发展资金比例在1970年的1970年转变为0.4%至3%。每人的平均学校教育年数从1970年的4.5年代发生在2000年至12.61岁之间。科学和技术和教育发展如此之快,这有力支持韩国经济几十年年。

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