北京测绘2026，Vol.40Issue(8)：1113-1117,5.DOI:10.19580/j.cnki.1007-3000.2026060051
区县级低空经济无人机管控GIS平台建设与场景验证
Development and scenario validation of a GIS-based UAV management and control platform for county-level low-altitude economy
摘要
Abstract
Existing studies on low-altitude unmanned aerial vehicle(UAV)management mainly focus on route planning,air-space supervision,or isolated application scenarios,lacking a spatiotemporal organization and closed-loop support frame-work that enables multi-department,multi-task,and multi-UAV collaborative governance at the county level.To address this issue,this study designed and implemented a county-level low-altitude economic UAV management geographic informa-tion system(GIS)platform.The platform adopted a hierarchical,loosely-coupled architecture with a GIS spatiotemporal foundation as its core.UAVs,automated airports,low-altitude airspace,flight trajectories,imagery/video,and governance events were uniformly modeled as linkable spatiotemporal objects.On this basis,an integrated workflow was constructed that combined task scheduling,situation monitoring,airspace control,artificial intelligence(AI)recognition,and business collabo-ration.The platform was trialed for seven months in Beilun District,Ningbo,where it accessed and managed 22 automated-airport UAVs.Scenario verification was carried out for illegal-construction monitoring,security patrols,and emergency response.Results show that the platform effectively improves low-altitude resource coordination,flight-process supervision,and closed-loop application of governance outcomes,providing an engineering reference for the development of county-level low-altitude governance platforms under the low-altitude economy paradigm.关键词
低空无人机(UAV)管控/地理信息系统(GIS)时空底座/时空数据融合/低空经济/城市治理Key words
low-altitude unmanned aerial vehicle(UAV)management/geographic information system(GIS)spatiotempo-ral foundation/spatiotemporal data fusion/low-altitude economy/urban governance分类
天文与地球科学引用本文复制引用
蒋瑜婷,张露露..区县级低空经济无人机管控GIS平台建设与场景验证[J].北京测绘,2026,40(8):1113-1117,5.基金项目
国家自然科学基金(42274029) （42274029）
