| 摘要: |
| 无人驾驶技术的普及对传统城市交通模式与空间形态提出了全新挑战,亟需探索适应技术变革的城市空间设计路径。研究聚焦无人驾驶技术变革背景下的城市空间变化,首先总结出无人驾驶将带来的交通效率提升、共享出行普及、城市空间模块化等趋势,其次提出构建扁平化路网系统,减少道路等级差异；建立多模式交通枢纽；释放部分道路空间,转化为公共空间；推动混合用地布局,促进功能复合等城市空间设计策略。最后以福州大学城片区为例,将上述策略具体应用其中,为未来无人驾驶背景下的城市空间演变及设计提供参考。研究进一步揭示技术应用与城市空间的互动机制,提出需突破算法可靠性、标准化协同体系及社会公平性等关键瓶颈,未来需持续深入探索。 |
| 关键词: 无人驾驶 城市空间 共享出行 城市设计 用地布局 |
| DOI： |
| 分类号:TU98 |
| 基金项目: |
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| An Initial Exploration of Urban Space Design Strategies in the Context of Unmanned Driving--A Case Study of Fuzhou University Town Area |
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Huang Jingnan,Luo JIing,Ma Can,Xie Dong
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Wuhan University School of Urban Design
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| Abstract: |
| The widespread adoption of autonomous driving technology poses new challenges to traditional urban transportation modes and spatial structures, necessitating the exploration of urban spatial design strategies that adapt to technological transformations. Focusing on urban spatial changes driven by autonomous driving, this study first identifies key trends such as enhanced transportation efficiency, the popularization of shared mobility, and modularization of urban spaces. Subsequently, it proposes urban design strategies including the construction of a flattened road network system to reduce hierarchical road distinctions, establishment of multi-modal transportation hubs, conversion of redundant road spaces into public areas, and promotion of mixed-use land layouts to enhance functional integration. Taking the Fuzhou University Town Innovation Hub as a case study, these strategies are applied to provide actionable references for future urban spatial evolution and design under autonomous driving scenarios. The research further reveals the interaction mechanisms between technological applications and urban spaces, highlighting critical challenges such as improving algorithm reliability, establishing standardized collaborative systems, and addressing social equity. Future efforts should focus on continuous in-depth exploration to address these bottlenecks. |
| Key words: Autonomous Driving Urban Space Shared Mobility Urban Design Land Use Layout |
