The Design and Implementation of F-AETA Electromagnetic Mobile Monitoring System

Abstract

Earthquakes are closely related to fault zones, and regular monitoring of the activity of fault zones is of great significance to the earthquake prediction of surrounding areas. The existing earthquake precursor monitoring device is mainly of fixed station type, with high deployment cost and difficulty in moving. To solve these problems, this work proposes a mobile monitoring system F-AETA, which collects high-precision and real-time earthquake precursor data. With these collected data we can analyze the direction and distribution of fault zones, and evaluate the earthquake risk of surrounding areas routinely.