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基于NOM-Hybrid DEA和Meta-frontier的效率模型研究 被引量:1
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作者 高李昊 马璐 金山 《广西科技大学学报》 2015年第4期97-102,共6页
利用NOM-Hybrid DEA理论对共同边界(Meta-frontier)框架进行了重建,使得新框架能够处理带负值的径向与非径向的变量问题,从而求得技术差距率(TGR),结果表明新框架模型是有效的.在算例分析中,出现了瑕疵点,给出了一定程度的解释,但是仍... 利用NOM-Hybrid DEA理论对共同边界(Meta-frontier)框架进行了重建,使得新框架能够处理带负值的径向与非径向的变量问题,从而求得技术差距率(TGR),结果表明新框架模型是有效的.在算例分析中,出现了瑕疵点,给出了一定程度的解释,但是仍然需要进一步研究,尝试将共同边界框架分析(Meta-frontier frameworks analysis)理论进一步扩展,使得该理论能够更加广泛地在实际中应用,并且测量更加精确可靠,进而在经济分析和管理应用中发挥更大作用. 展开更多
关键词 共同边界 NOM-Hybrid DEA 技术差距率
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Technology Gaps, Resource Allocation and Economic Growth of Large Late-starting Countries
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作者 欧阳蛲 易先忠 生延超 《China Economist》 2012年第5期16-28,共13页
In the evolution of economic growth drivers, technology gaps are a key variable that determines the efficiency of resource allocation. Analysis of an optimal resource allocation path based on an extended endogenous gr... In the evolution of economic growth drivers, technology gaps are a key variable that determines the efficiency of resource allocation. Analysis of an optimal resource allocation path based on an extended endogenous growth model reveals that economic growth drivers evolve from productive investment to R&D investment and a shift from imitation to innovation. Empirical analysis based on China's provincial-level panel data suggests that the effect of productive investment and R&D investment, as well as innovation and imitation, on economic growth and technological progress varies greatly among regions of disparate technology levels. As a late-starting country, China should properly allocate resources between productive investment and R&D investment, and between imitational investment and innovative investment while advancing the transformation of economic growth patterns on a differentiated basis in light of regional technology disparities. 展开更多
关键词 economic growth technology gaps indigenous innovation late-starting country
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