Open AccessUsing augmented-reality and mobile three-dimensional graphics techniques in relief work on radiological disaster sites
Author(s) -
Ming Kuan Tsai,
Nie Jia Yau
Publication year - 2013
Publication title -
nuclear technology and radiation protection
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.31
H-Index - 16
eISSN - 1452-8185
pISSN - 1451-3994
DOI - 10.2298/ntrp1303332t
Subject(s) - graphics , computer science , radiological weapon , augmented reality , computer graphics , work (physics) , emergency management , service (business) , information system , geographic information system , mobile device , relief work , human–computer interaction , computer graphics (images) , world wide web , geography , business , engineering , medical emergency , cartography , medicine , radiology , mechanical engineering , electrical engineering , marketing , law , political science
Many countries tightly manage and monitor various radiological sources and facilities, yet some serious radiological disasters still occurred in recent decades. In order to reach effective relief work on radiological disaster sites, numerous information techniques have become popular, i. e. global positioning system, geographical information system, computer simulation, and three-dimensional graphics. However, this study recognizes insufficient information service in global positioning system and geographical information system and inconvenient information operation in computer simulation and three-dimensional graphics. Therefore, this study adopts augmented-reality and mobile three-dimensional graphics techniques to construct a mobile relief work system. This system helps relief workers to comprehend the spatial relationship among their localities, the targeted constructions, and the anticipated shelters. Based on the testing results regarding escaping victims, through the mobile relief work system in contrast to a Google maps-based system, relief workers more easily arrive at the targeted constructions, and more rapidly seek the anticipated shelters. In sum, this study is useful for similar applications in disaster management