基于GM(1,2)模型的生产率与gdp的时滞效应研究

Wu Xin, Fang Zhi-geng, Shi Hong-xing
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引用次数: 0

摘要

本文运用物理和化学理论,构建了以生产要素为系统投入,GDP为产出的生产率计算模型。本文提出了生产率、投入要素与GDP的关系模型,认为生产力是将所有生产要素转化为GDP的活化剂。本文运用该计算模型,对1971 - 2004年中国、美国、法国、德国、日本、韩国和泰国等世界主要代表性国家的生产率进行了计算。然后利用时滞GM(1,2)模型计算了这些国家生产率先于GDP的波动周期。通过结果我们可以发现,几乎所有国家的GDP都滞后于生产力的某个周期,这表明了生产力驱动的事实。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The research of time lag effect of productivity and GDPbased on GM(1,2) model
With the theory of physics and chemistry, the author constructs a calculating model of productivity which takes production factors as system input and GDP as output. The article puts forward the model about the relationship of productivity, input factors and GDP, and productive forces are activators which transmit all the production factors into GDP. With the calculating model, the article calculates the productivities of world main representative countries such as China, America, France, Germany, Japan, Korea and Thailand from 1971 to 2004. And then the author calculates the fluctuating period of productivity ahead of GDP in these countries with a Time-lag-existing GM(1,2) Model. Through the result, we can find that nearly in all countries GDP are lag productive forces for some cycle which indicates the fact that productive forces drive.
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