Earthquake prediction auxiliary system based on technology of Internet of things

Abstract

The invention relates to an earthquake prediction auxiliary system based on a technology of Internet of things. The system comprises omnidirectional vision-based biological earthquake predictors placed on all observation points and an earthquake prediction server which is used for performing comprehensive analysis on monitoring results of the omnidirectional vision-based biological earthquake predictors on all the observation points, wherein all the omnidirectional vision-based biological earthquake predictors are communicated and connected, and all the omnidirectional vision-based biologicalearthquake predictors are communicated and connected with the earthquake prediction server; and the earthquake prediction auxiliary system can improve the credibility of earthquake early warning and simultaneously provide a certain reference basis for future judgment of earthquake occurrence times and earthquake occurrence areas by combining omnidirectional vision, computer vision, a database andother technologies for analyzing activities, postures, actions, behaviors and the like of animals, enabling the behaviors of the animals distributed on monitoring points of all places to speak and adopting comprehensive analysis means including time sequence of speaking, spatial positions, speaking sequence of the animals in different species and the like.

Description

technical field [0001] The invention belongs to the application of all-round vision, computer vision technology, animal behavior automatic detection technology, network technology, GIS technology, relational database and other technologies in earthquake prediction assistance, and is mainly suitable for automatic observation of animal behavior, discovery of abnormal animal behavior and animal behavior. Research on the correlation between abnormal behavior and earthquake precursors. Background technique [0002] The Chronology of Earthquake Data in China, published in 1956, listed 126 pieces of data on pre-earthquake biological responses in Chinese history, involving 24 species of animals. In the earthquake monograph "Earthquake Common Sense" published in 1966, there is a clear record that abnormal animal habits are the precursors of earthquakes. [0003] Experiments show that 58 kinds of animals have different degrees of abnormal response before the earthquake. It has been ...

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Problems solved by technology

[0011] In order to overcome the deficiencies of the existing biological earthquake monitoring methods in monitoring animal behavior types, the monitoring space does not form a network, monitoring still requires manual identification and lack of comprehensive analysis, etc., the present invention provides a method that can automatically observe abnormal animal behavior before earthquakes. The emergence and development process, the type and number of abnormal animals, the unevenness of the appearance time and regional distribution, and the migration process from sporadic to concentrated and distributed areas. An earthquake prediction auxiliary system based on Internet of Things technology

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