Quasi Real-Time Evaluation System for Seismic Disaster Based on Internet of Things

In recent years, disastrous earthquake assault the human frequently. The evaluation and estimate of the loss and damage in seismic disaster is an important factor for earthquake emergence and post-earthquake reconstruction decision-making. This paper synthetically designs a set of disaster real-time evaluation system based on the seismic networking of things. This paper firstly collects real-time data through the internet of things, then accesses forecasts the economic loss in earthquake by the technology of the geographic information system (GIS), earthquake loss estimation theory and the powerful computing functions of high-performance computer group. This paper also completes the deployment of IOT and the client software. The system can improve our ability to respond after the earthquake disaster and provide information for the emergency rescue command.