The discussion about the focal system can be used to discuss the in-situ stress distribution in the tectonic belt from the previous earthquake to the main earthquake, the tsunami caused by the future earthquake disaster, or the aftershock of the future main earthquake. Therefore, it is a more meaningful work to estimate the main parameters of the seismic source system. If the main parameters of the source system can be calculated quickly and accurately, it is possible to save a lot of lives in the earthquake disaster. There is 1 data information: after the earthquake disaster, if the early warning information data can be received 3 seconds earlier, the degree of casualties will be reduced by 14%.
In the face of earthquake disaster, time is life. Until the calculation of main parameters is realized, the possibility of seismic data of aftershocks has now been transmitted to the road surface, which has just caused casualties. Therefore, China University of Science and Technology chose artificial intelligence technology to solve the whole difficult problem of complicated calculation.
Scientists use the basic theoretical knowledge of earthquake disasters and big data technology to train artificial intelligence technology, so that it can quickly solve the generated earthquake data based on the millions of earthquake data collected in database query, and then integrate the basic theory of seismology. In this way, the whole system software can infer the rupture direction and speed of the fault zone, and even help predict and analyze the possibility of tsunami and strong aftershocks. The software will be put into trial operation soon.