Abstract
In order to better provide decision-making technical support for the government after the earthquake, this paper takes all buildings in Sanhe as the research target and simulates the earthquake damage based on the circular intensity attenuation algorithm. According to the earthquake resistance level of the building and the type of building, the damage of the building can be judged, and the rescue efficiency and effect can be improved more efficiently. This project uses artificial intelligence clustering algorithm to cluster analysis of all buildings according to the damage level, and combines the GIS platform to display the analysis results in the form of graphs. Finally, the system used PHPWord technology to provide a detailed output of a detailed earthquake damage prediction analysis document, in order to efficiently arrange and schedule emergency rescue work.
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