Research on influencing factors and evaluation system of science and technology park resilience

Abstract

Abstract: In the context of the increasingly VUCA （volatility,uncertainty,complexity and ambiguity） global economic environment,how to enhance the resilience of science and technology parks to withstand external shocks and ensure their high-quality development has become an important issue. In view of this,this paper applies resilience theory to the field of science and technology parks. By employing bibliometric methods,it conducts a quantitative analysis and knowledge mining of research achievements in this field,extracts the main factors influencing the resilience of science and technology parks from these findings,uses them to construct a resilience evaluation index system for science and technology parks and proposes an entropy weight-TOPSIS combined evaluation model. The aim is to provide a theoretical basis and practical guidance for the resilience enhancement and sustainable development of science and technology parks in Tianjin.

Key words: science and technology park, resilience evaluation, influencing factors, entropy weight-TOPSIS method

CLC Number:

F299.2

LIU Ying, ZHANG Yu, ZHANG Guiyan. Research on influencing factors and evaluation system of science and technology park resilience[J]. TIANJIN SCIENCE & TECHNOLOGY, 2025, 52(09): 81-85.

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