A Study on Building the Geospatial Data of the Firefighting Area by Applying the 3D Scanning Technology
Seongbin Lim, Yoonbeom So, Sehong Min · Korean Society of Hazard Mitigation · 2021
The acceleration of the economic growth encourages the construction of high-rise and deep-underground buildings, which increase the possibility of the severe loss of life and property in the country in the event of an unexpected large-scale disaster, such as extreme weather. Therefore, recognizing the prior information of the fire scene in event of a fire disaster becomes an important issue for the prompt response; however, the current fire response system has a difficulty in the initial response because proactive collection of the indoor geospatial information on the building is limited in the event of a disaster. As a result, to present the plan for constructing the 3D geospatial data required for the initial response in a fire disaster scene, this study presented the construction case through 3D site scanning and data post-processing using a sample building. This study was conducted to ensure national safety in complex and large indoor spaces with substantial geospatial information of construction in the firefighting area by proposing both the linkage with the intelligent fire forecasting platform and the plan on introducing untact firefighting training as the plan of using the 3D geospatial data.