Track Ⅵ

Intelligent Low-Altitude Operation and Safety Supervision 低空智能运行与安全管控
Submission Deadline: September 20, 2026

Chair:	Co-chair:

Shejun Deng Yangzhou University, China	Jun Zhang Yangzhou University, China

Keywords:
· Urban Air Mobility (城市空中交通) · Low-Altitude Technology and Engineering (低空技术与工程) · Intelligent Operation and Maintenance (智能运维) · Scheduling Optimization (调度优化) · Air-Ground Collaboration (空地协同) · Traffic Management and Control (主动安全)

Topics:
· Refined Planning, Management and Control System of Low-Altitude Airspace (低空空域精细化规划与管控体系) · Cooperative Perception and Formation Control of UAV Swarms (无人机集群协同感知与编队控制) · Multi-scenario Intelligent Scheduling and Air-Ground Collaborative Decision-Making for Low-Altitude Operations (低空多场景智能调度与空地协同决策) · Low-Altitude Traffic Risk Assessment and Proactive Safety Technology (低空交通风险评估与主动安全技术) · Planning, Operation and Maintenance of Urban Air Mobility Infrastructure (城市空中交通基础设施规划与运维)

Summary:
This thematic session focuses on intelligent operation and safety management & control for low-altitude airspace. With the accelerated development of the low-altitude economy, low-altitude airspace resources are increasingly constrained and operational risks of aerial vehicles remain prominent. Establishing a sound operation management and control system serves as a core prerequisite for the safe and sustainable development of the industry. Targeting researchers in the transportation sector, practitioners of the low-altitude industry, as well as technical and administrative staff engaged in airspace management, this session identifies pain points in low-altitude traffic operation and discusses key technical approaches covering airspace planning, air-ground collaborative scheduling, risk early warning and proactive safety management & control. It aims to boost academic and industrial exchanges, facilitate the development of low-altitude safe operation technical solutions adaptive to urban air mobility, and offer references for policy implementation, engineering practice and technological innovation in the low-altitude domain.

本专题聚焦低空智能运行与安全管控。当前低空经济加速崛起，低空物流配送、文旅观光、应急救援等多元场景业态快速涌现，应用需求持续释放，但同时面临低空空域资源紧张、飞行器混行复杂度突出等现实挑战，因此构建完善的运行管控体系已成为行业安全可持续发展的核心前提。本专题面向交通领域科研人员、低空产业从业者、空域管理相关技术与工作人员，系统梳理多业态下低空交通运行现实痛点，围绕空域精细规划、空地协同调度、主动安全管控开展关键技术研讨，促进学界与行业深度交流，推动形成适配多样化城市低空交通场景的安全运行技术方案，为低空政策落地、工程实践与技术创新提供有力参考。