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Technical Components of Total Factor Productivity Growth in Malaysian Manufacturing Industry

机译:马来西亚制造业全要素生产率增长的技术要素

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This article attempts to disaggregate and explore the components of TFP growth that contribute to changes in output, scale of production, and allocative efficiency and technical efficiency of the Malaysian manufacturing sector. The total factor productivity (TFP) concept defined as total output per unit of all inputs used in the production of an industry has gained a prominent place in academia. The investigation on TFP growth is obviously useful for identifying sources of output growth in the development of an industry. The TFP growth is often interchangeably understood as the technical progress or changes in technology as the sole contributor to economic development. Nonetheless there are other factors contributing to its substance. Knowledge on these technical changes would help decision makers to realize the strengths and weaknesses that contribute to the growth and development of an industry. Alternatively this research would be more beneficial in the case of cross-industry or cross-country comparative studies in order to plan for developmental goal. In such a case a model industry or country can be chosen that exhibits special growth features.
机译:本文试图分解和探究全要素生产率增长的构成要素,这些要素对马来西亚制造业的产量,生产规模以及分配效率和技术效率的变化做出了贡献。全要素生产率(TFP)的概念定义为在工业生产中使用的所有投入的每单位总产出,在学术界占有重要地位。关于全要素生产率增长的调查显然有助于确定工业发展中的产出增长来源。全要素生产率的增长通常可以互换地理解为技术进步或技术变化,是经济发展的唯一贡献者。尽管如此,还有其他因素有助于其实质。对这些技术变革的了解将有助于决策者认识到有助于行业发展和发展的优势和劣势。另外,在进行跨行业或跨国比较研究以计划发展目标的情况下,这项研究将更为有益。在这种情况下,可以选择具有特殊增长特征的模型产业或国家。

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