Abstract

Seismic intensity rapid report is one of the essential parts of the earthquake disaster relief and plays a baton role. In terms of serving the needs for earthquake early warning, emergency response, and seismic mobile observation, seismic network observation, a new seismic intensity rapid report platform is developed for the seismic intensity sensor network. The platform has a complete seismic intensity monitor system, and can achieve accurate and efficient intensity data recovery and analysis, built rapid and efficient intensity report system. Some key functions were utilized to integrate the platform, such as data collection, real-time data analysis, graphic display and intensity rapid reporting. A serial of experiments were carried out and the results showed that the platform could fulfill the purpose of seismic emergency response and deserve to be widely popularized. In recent decades, along with the improvement of the global economy as well as deep understanding of the earthquake monitoring, great importance has been attached to the construction of the world's earthquake monitor network. Meanwhile, with the development of digital seismic intensity sensors, digital communication technology and computer software and hardware, the purpose of earthquake monitor network is no longer confined to provide experimental data for the study of earthquake engineering, but extends to the service for earthquake prevention and disaster reduction. Using seismic intensity rapid report based the real-time or near real-time ground motion record to provide first-hand information for earthquake emergency is a concrete embodiment. Therefore, development of the seismic rapid report system, which is composed by seismic intensity sensors distributed in different locations and a seismic intensity rapid report platform managing the sensors, is an important business of earthquake prevention and disaster reduction. The earthquake rapid report platform is a management system for the seismic intensity sensor network. It transfers and collects the seismic record data from the high-performance intensity sensors via network, and offers further data analysis and release function. Based on the practical requirements of building comprehensive seismic intensity rapid report system, this paper describes the design and functions of the seismic intensity rapid report platform in detail. The rest parts of this paper are organized as follows: section II introduces the hardware system of seismic intensity sensor and its workflow; The seismic intensity rapid report platform is described in structure ,function, as well as principle and feature of design in the section III; then section IV carries out testing experiments combined with the intensity sensors laid Guangyuan city in northern Sichuan province, China; Finally, section V draws the conclusions.

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