摘要
基于倾斜摄影测量、三维激光扫描、工程测量等技术,研究制定了空地一体化全要素数据采集方案及多源数据综合应用方法。针对石化管道高后果区的管理需求,定制开发实景三维应用管理平台。集成了实景三维模型、周边环境、三方市政管道、管道本体及附属设施等信息,为高后果区识别评价、巡检施工、应急救护演练等工作提供了有效的数据支撑与决策依据,为地理信息行业提供了跨界融合新的思路。
Based on oblique photography,3 D laser scanning,engineering surveying and other technologies,the integrated air-ground all-element data acquisition solution and the comprehensive application method of multi-source data were developed. In addition,the3 D application management platform of real scene was customizedly developed according to the management requirements of the petrochemical pipelines of the high consequence area. Our method integrates the real scene 3 D model,pipeline surrounding environment,tripartite municipal pipeline,pipeline body and auxiliary facilities,and other information. It provides effective data support and decision-making basis for high consequence area identification and evaluation,inspection and construction,emergency rescue drill and other work. Our method also provides a new idea of cross-border integration for the geographic information industry.
作者
杨帆
薛伟
YANG Fan;XUE Wei(Shandong Provincial Institute of Geological Survey,Ji′nan 250000,China)
出处
《测绘与空间地理信息》
2020年第9期115-117,共3页
Geomatics & Spatial Information Technology
关键词
空地一体化数据采集
多源数据
实景三维
高后果区
integrated air-ground data acquisition
multi-source data
real scene 3D model
high consequence area
