摘要
Abstract
Using DEA-BCC model and Malmquist index analysis framework,aiming at the science and technology innovation incubation activities of 30 provinces in China in 2018-2022,the evolution trajectory of input-output efficiency is explored in detail from both static and dynamic dimensions.The results show that from the static perspective,there is still much room for improvement in the input-output efficiency of scientific and technological innovation incubation,showing the regional difference characteristics of"East>Central>West>Northeast";From the dynamic perspective,the total factor productivity in China's scientific and technological innovation incubation shows an upward trend,at the same time,the regional differences are obvious,including"the west is higher than the central,the central is higher than the east,and the east is higher than the northeast".The total factor productivity of scientific and technological innovation incubation in each province was divided into five types,and the dual-drive provinces accounted for the highest proportion.Therefore,the incubation of scientific and technological innovation in all regions of China should develop jointly to improve the input-output efficiency of scientific and technological innovation incubation.关键词
科技创新孵化/投入产出效率/全要素生产率/DEA-Malmquist指数Key words
scientific and technological innovation incubation/input-output efficiency/total factor productivity/DEA-Malmquist index分类
管理科学
