Author(s)

Jingdong Yan, Shenghua Ma, and Shenghua Ma

Corresponding Author

Jingdong Yan

Abstract

The 19th National Congress of the Communist Party of China proposed that China should adhere to the strategy of innovation-driven development and build an innovative country. China has become the second largest R&D investment country in the world. In 2017, R&D expenditure has reached 1.7 trillion. Improving the transformation efficiency of scientific and technological achievements and realizing industrial application are the key points of scientific and technological innovation, and can truly promote economic development and build an innovative country. Under the background of “Made in China 2025”, the improvement of the conversion rate of scientific and technological achievements in high-end equipment manufacturing industry is particularly important. This paper intends to construct a gray fuzzy evaluation model of volatility by using a series of qualitative and quantitative analysis methods such as expert scoring method and literature collection method. The use of this model can make up for the deficiency of the evaluation industry in the evaluation of scientific and technological achievements in high-end equipment manufacturing. The innovation of this paper is reflected in two aspects: one is to develop a more complete evaluation system to more accurately evaluate scientific and technological achievements; the other is to use fuzzy mathematics theory and grey system theory to complement each other, so that the technology determined by real option method The value of the results is more accurate.

Keywords

Transformation of scientific and technological achievements, High-end equipment manufacturing, Evaluation of scientific and technological achievements