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This open access book investigates the global semiconductor industrial chain, innovatively integrating a Dynamic Security Assessment Model (PCA-Entropy-TOPSIS) with decade-long microdata (2015 2024) to systematically deconstruct the complex interplay of geopolitical tensions, technological competition, and supply chain resilience.
Sommario
Introduction.- Global Semiconductor Industry Development Landscape and Megatrends.- The Development Environment for China's Semiconductor Industry.- Current Distribution of China's Semiconductor Industry.- Comprehensive Quantitative Assessment of the Security of China's Semiconductor Industry Chain.- The reshaping of the US supply chain and the security level of China's semiconductor industry chain.- Optimisation of China's semiconductor industry layout.- The Development of the Semiconductor Industry in Fujian Province: A Regional Case Study of China's Semiconductor Industry Chain.- Conclusions and Global Perspectives.
Info autore
Prof. Tao MA
is Dean of Business School at Harbin Institute of Technology, doctoral supervisor, and visiting professor at the Chinese University of Hong Kong (Shenzhen). He is Chief Expert of major projects funded by the National Social Science Fund. He focuses on China’s economy, digital economy, and industrial layout.
Tiantian Wang
is a Ph.D. candidate at the Business School, Harbin Institute of Technology. Her research interests focus on regional economy, manufacturing productivity, and industrial layout.
Jian Zhang
is Senior Researcher at Fujian Electronic Information Application Technology Research Institute Co., Ltd., and a senior member of the Chinese Institute of Electronics. He has extensive experience in semiconductor research and digital economy, and has contributed to major provincial and national projects, including policy design for the integrated circuit industry.
Riassunto
This open access book investigates the global semiconductor industrial chain, innovatively integrating a Dynamic Security Assessment Model (PCA-Entropy-TOPSIS) with decade-long microdata (2015–2024) to systematically deconstruct the complex interplay of geopolitical tensions, technological competition, and supply chain resilience.
