工业技术经济2025，Vol.44Issue(8)：23-33,11.DOI:10.3969/j.issn.1004-910X.2025.08.003
基于双曲熵权TOP SIS的中国新质生产力水平测度与时空演进研究
Research on Measuring China's New Quality Productivity Level and Its Spatiotemporal Evolution Based on Hyperbolic Entropy Weight TOPSIS
摘要
Abstract
The core connotation of new quality productivity are"new"and"quality".The characterization of"new"can be systematically constructed through three dimensions:production factor innovation,technological revolutionary breakthroughs,and profound industrial transformation.The leap in"quality"can be effectively captured using the hyperbolic entropy weight TOP-SIS method,which emphasizes its progressive and nonlinear characteristics.Methods such as the Dagum Gini coefficient,Kernel density estimation,Moran's index,and Markov chains are used to deeply analyze the sources of regional disparities,dynamic evo-lution trends,and spatial spillover effects of new-quality productivity.The study reveals that between 2012 and 2023,China's new quality productivity level showed an overall upward trend,but regional development was notably uneven,with the leap in productivi-ty further widening regional disparities and internal differences.The analysis of spatiotemporal evolution highlights a dynamic coexi-stence of"differentiated improvement"and"internal polarization"across regions,with spatial externalities demonstrating a com-plex mechanism of"low lock-in,high promotion,and long-distance enhancement"during productivity transitions.关键词
新质生产力/双曲熵权/TOPSIS/区域差异/Dagum基尼系数/时空演进/核密度估计/空间Markov链Key words
new quality productivity/hyperbolic entropy weighting/TOPSIS/regional differences/Dagum Gini coeffi-cient/spatiotemporal dynamics/kernel density estimation/spatial markov chain分类
管理科学引用本文复制引用
张应青,许薇,陈可男,罗明..基于双曲熵权TOP SIS的中国新质生产力水平测度与时空演进研究[J].工业技术经济,2025,44(8):23-33,11.基金项目
国家自然科学基金项目"数字化信任视角下创新联合体知识生产与演进机制研究"(项目编号:72361006) （项目编号:72361006）
贵州财经大学2024年度在校学生自筹科研项目资助项目"产学研创新驱动视角下新质生产力的测度研究及时空演进分析"(项目编号:2024ZXSY044). （项目编号:2024ZXSY044）
