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¡¶³¤°²´óѧѧ±¨£¨Éç¿Æ°æ£©¡·[ISSN:1671-6248/CN:61-1391/C]

Issue:

2024Äê05ÆÚ

Page:

84-100

Research Field:

½»Í¨ÔËÊä

Publishing date:

2024-11-20

Info

Title:

Study on spatial planning strategies for the coordinated development of smart transportation and low-altitude economy

Author(s):

DU Zhimin;  GAO Chao;  CHEN Zepeng

(School of Humanities, Chang¬ðan University, Xi¬ðan 710064, Shaanxi, China)

Keywords:

urban space;  smart transportation;  low-altitude economy;  spatial planning;  coordinated development

PACS:

F562£»F572

DOI:

-

Abstract:

As technological and spatial revolutions reshape human society at an accelerated pace, fostering the coordinated development of smart transportation systems and low-altitude economy has become a crucial approach for constructing three-dimensional urban spaces. This paper, grounded in spatial coordination theory, complex system theory, space syntax theory, new economic geography theory, and resilient city theory, analyzes the spatial layout characteristics of smart transportation systems and the spatial development model of the low-altitude economy. It explores the mechanisms of spatial coordination between the two and proposes spatial planning strategies for their coordinated development. The study finds that smart transportation systems provide essential ground support and spatial information services for the low-altitude economy, while the growth of the low-altitude economy drives the extension and innovation of smart transportation into three-dimensional space. This spatial development model is creating a new urban system that is three-dimensional, networked, and intelligent. By scientifically planning low-altitude transportation corridors, strategically positioning air hubs, and optimizing the spatial distribution of ground-to-air transfer facilities, the low-altitude economy can foster new forms of urban space and stimulate economic growth. The spatial coordination mechanism between smart transportation and the low-altitude economy reflects the complexity and interconnectedness of urban systems. Through the alignment of spatial layouts, technological applications, and management systems, a comprehensive three-dimensional transportation network can be established, with optimized air-ground integrated hubs, advanced intelligent spatial information systems, and improved spatial planning regulations and management mechanisms. Together, these strategies shape a new urban governance model, promoting cities toward intelligence, efficiency, and enhanced livability.

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Last Update: 2024-11-20