System and Method for Monitoring Realtime Ground Motion and Producing Shake Map using MEMS Network

摘要

The present invention is to construct a high-density seismic observation network using a microelectromechanical system (MEMS) -based accelerometer to create real-time seismic motion monitoring and distribution map creation using a MEMS network that enables real-time earthquake motion distribution maps to be applied to large cities. A MEMS-based accelerometer installed in a plurality of observation points to build a MEMS network to perform real-time seismic motion monitoring; a receiving device receiving a seismic signal in real time from a MEMS-based accelerometer; an earthquake signal through the receiving device Data sharing device to enable receiving and sharing; Central waveform server showing a waveform to monitor the signal by receiving and processing a real-time earthquake signal from the receiving device, and transmitting P-wave information to the data sharing device; Early obtained from the field It includes seismic analysis means for analyzing the alarm parameters to determine the location, magnitude, and magnitude of the earthquake; and a distribution map creation means for synthesizing the results of each observation point to create a real-time magnitude distribution map.