CAJ | 학술논문

随着城市的快速发展，轨道交通逐步成为应急联动管理工作的重点和难点。轨道交通的主体大部分位于地下，人流密集、空间狭窄，二维地图测绘难度大，三维建模技术难以实施应用。三维实景技术具有展示直观、采集数据快捷、建设周期短、成本较低等优势，在轨道交通的应急联动管理的可视化应用方面具有广阔的应用前景。本文以轨道交通为例，研究如何利用三维实景技术在应急联动管理中实现更好的可视化应用。
수착성시적쾌속발전，궤도교통축보성위응급련동관리공작적중점화난점。궤도교통적주체대부분위우지하，인류밀집、공간협착，이유지도측회난도대，삼유건모기술난이실시응용。삼유실경기술구유전시직관、채집수거쾌첩、건설주기단、성본교저등우세，재궤도교통적응급련동관리적가시화응용방면구유엄활적응용전경。본문이궤도교통위례，연구여하이용삼유실경기술재응급련동관리중실현경호적가시화응용。
With the rapid development of city, the coalition emergency response in the subway system is becoming more and more important and complicated. Due to the features of subway system, such as underground, crowded and cramped, it is dififcult to measure 2D maps and deploy the 3D modeling techniques in the subway. The 3D virtual reality(Panorama) technique has the advantages on intuitive display, data collection, short-term construction cycle, and lower cost. Consequently, it can be applied in many visualization applications for the coalition emergency response in subway systems. This paper studies how to leverage the Panorama technique to realize more intuitive emergency response in the subway system.