Coupling Evaluation and Spatial Analysis of Regional Economy and Logistics Development Based on Digital Twin

Abstract

With the deepening development of global economic integration, regional economy and logistics development have become important factors driving economic growth and improving competitiveness. In this context, the emergence of digital twin technology provides new methods and tools for the coupling evaluation and spatial analysis of regional economy and logistics development. Based on the digital twin technology, this paper designed the coupling evaluation and spatial analysis method of regional economy and logistics development. This method relied on the modeling, simulation, and data analysis of digital twin technology, and provided precise and efficient decision support for key issues in regional economic and logistics development. At the same time, combining technologies such as GIS (Geographic Information System) and path planning algorithms can further optimize the efficiency and quality of regional economic and logistics development. This article designed five sets of experiments to compare the digital twin model with the traditional model. The experimental results showed that the introduction of the digital twin model for logistics system optimization resulted in an economic growth rate of 7.6% higher than the traditional model’s 5%. After combining the digital twin model with intelligent logistics technology, the transportation efficiency reached 0.95 higher than the traditional model’s 0.9. Digital twin technology has broad application potential in regional economic and logistics development, which can improve efficiency and efficiency in areas such as economic development, urban planning, manufacturing, and logistics, and provide scientific basis for decision-making and planning.