Earthquakes are one of the natural disasters with the greatest threat to human life, and since earthquake forecasting is not accurate, one of the important tasks of post-earthquake emergency response is to assess the earthquake damage in time and guide the decision-making of emergency rescue and relief materials distribution. The 3D seismic information sharing platform provided by Cesium indeed provides an effective application for 3D visualization of seismic information in the existing network. In this paper, Vue and Cesium jointly build the front end of the platform, Java programming language, and Spring Boot framework to build the back end, using MySQL as the database and MyBatis-plus ORM framework to achieve data persistence. At the same time, Redis is used to store cached data to improve read and write speed and performance. The platform can capture real-time earthquake information and perform intensity estimation based on elliptic attenuation model equations after the earthquake, use empirical models to assess economic losses and casualties, and obtain the Gaode API for route planning to rescue points. The platform not only helps the government to carry out post-earthquake activities but also allows the public to understand the effects of earthquakes more clearly.
No takes yet. Share an insight, caveat, or question.
Du et al. (2024) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: