资本体现式和非体现式技术进步的经济驱动力比较——基于能源技术进步的视角

A Comparison of Economic Driving Forces between Capital and Non-Capital Embodied Technology Progresses Based on Energy Technology Progress Perspective

中文关键词:  技术进步  驱动力  卡尔曼滤波  状态空间模型

英文关键词:technical progress  driving force  Kalman filtering  state space model

中文摘要:

      科学技术进步是经济社会发展的推动力，而资本体现式技术进步和非体现式技术进步对经济增长的驱动力是不平衡的。为了论证其潜在的不平衡性，文章基于卡尔曼滤波算法和Solow模型，构建了时变参数状态空间模型，以能源技术进步为基准，分别对资本体现式和非体现式技术进步的水平值进行测度，进而比较了两种技术进步方式对经济增长驱动力的差别。

英文摘要:

      Technological progress is the driving force for economic and social development，but the driving forces from capital and non-capital embodied technology progresses are imbalanced. In order to demonstrate the potential imbalance, a state space model of time variables is set up based on Kalman filtering and Solow model, with energy technology progress perspective as benchmark, to calculate respectively the level-value of capital and non-capital embodied technology progresses. Further, it makes a comparison on the differences in driving economic growth between the two patterns of technological progress.