Taiwan is located in an active area of ​​the plate. There are countless earthquakes in a year. People are used to it, but daily prevention is essential. In order to implement earthquake disaster prevention, the National Earthquake Center of the National Research Institute exhibited an earthquake early warning system combined with artificial intelligence to enhance the accuracy of earthquake prediction through deep learning technology and help residents to be alert. The National Earthquake Center will also present the earthquake warning system on the spot at the exhibition site.
Lin Peiyang, a researcher at Guozheng Center, said that the system separately builds sensors on the ground and building steel beam structures for collaborative judgment. In addition to eliminating the slosh caused by non-earthquakes and improving accuracy, the technology can detect all seismic waves. The tiny earthquake P wave that transmits the fastest and is not felt by ordinary people.
And within 3 seconds to judge the subsequent earthquake intensity, according to the release of the alarm, and according to different estimated earthquakes to link the corresponding disaster prevention situation and equipment control, if the system sub-station further cooperates with the regional settings to issue an alarm It can quickly assist residents in refuge, construction and equipment to prevent disasters.
The National Earthquake Center also exhibited an earthquake structure safety monitoring system that can monitor and record the earthquake response of the building structure during the earthquake. The manual operation may take several days or even months to delay the recovery operation after the earthquake. The system can be A structural safety assessment was quickly submitted 5 minutes after the earthquake to assist the relevant units in rapid response and recovery, especially in large-scale earthquakes, which can significantly reduce economic losses.
Guozheng Center said that the system integration area and the local earthquake warning can provide more warning time in the near-shock area, which is suitable for Taiwan's inland earthquake disaster prevention use. In the future, it can also be implemented in smart cities, smart homes, intelligent disaster prevention and other applications, and assist the disaster prevention and response of equipment manufacturers, security industry, property management industry, automation control and other industries.
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