DocumentCode
787285
Title
A 3D visualization system for hurricane storm-surge flooding
Author
Zhang, Keqi ; Chen, Shu-Ching ; Singh, Peter ; Saleem, Khalid ; Zhao, Na
Author_Institution
Florida Int. Univ., Miami, FL, USA
Volume
26
Issue
1
fYear
2006
Firstpage
18
Lastpage
25
Abstract
Three-dimensional computer visualization and animation can provide a substitute for coastal residents´, lack of personal experience with hurricane-surge flooding. Tremendous progress has been made in 3D animation in the last decade, which movies such as Perfect Storm and The Day After Tomorrow have demonstrated. However, the 3D visualization and animation system for storm-surge flooding differs from those in Hollywood movies in three aspects. First, objects such as buildings, roads, and trees in a synthetic 3D visualization environment not only have to be able to duplicate the real-world feature visually, but also be georeferenced so users can find real locations through addresses or spatial coordinates. The sizes and shapes of buildings and trees have to be accurate so users can sense the severity of flooding by comparing the water level with heights of familiar objects. Second, the magnitude, extent, and process of storm-surge flooding have to be accurate enough to represent the real situation. This information has to be based on hydrodynamics of storm surge. Third, the damage extent of a property caused by storm surge and waves, such as the collapse of a house, must be determined by engineering rules. Recent advances in high-resolution remote-sensing technology and numerical modeling make it possible to provide accurate data for the earth´s surface features and storm-surge flooding.
Keywords
computer animation; data visualisation; floods; geophysical catastrophes; geophysics computing; storms; 3D computer animation system; 3D visualization system; earth surface features; high-resolution remote-sensing technology; hurricane storm-surge flooding; numerical modeling; storm-surge hydrodynamics; Animation; Floods; Hurricanes; Motion pictures; Roads; Sea measurements; Shape; Storms; Surges; Visualization; 3D visualization; NOAA; storm-surge flooding; Computer Graphics; Computer Simulation; Database Management Systems; Databases, Factual; Environment; Image Interpretation, Computer-Assisted; Imaging, Three-Dimensional; Information Storage and Retrieval; Models, Theoretical; Natural Disasters; Rain; Risk Assessment; Risk Factors; User-Computer Interface;
fLanguage
English
Journal_Title
Computer Graphics and Applications, IEEE
Publisher
ieee
ISSN
0272-1716
Type
jour
DOI
10.1109/MCG.2006.4
Filename
1573627
Link To Document