Earthquake remote sensing emergency rescue information acquisition method

Abstract

The invention relates to an earthquake remote sensing emergency rescue information acquisition method, which comprises a processing system, an information acquisition system and an input system, the processing system collects data of the information collection system and the input system, processes and displays the data, and takes a disaster rescue plan corresponding to a typical earthquake disaster with the maximum similarity degree as a disaster rescue plan of an actual earthquake area. Meanwhile, in combination with information of disaster areas and various personnel, weather, medical treatment and the like around the disaster areas provided in a professional network and a database, quick response of disaster rescue command and dispatch is realized.

Description

technical field [0001] The present invention is a method for collecting earthquake remote sensing emergency rescue information. Background technique [0002] my country is a country prone to earthquakes. As the country in the southwest region is located at the junction of the Eurasian plate and the Indian Ocean plate, in recent years, the region has suffered from earthquakes and their secondary disasters, which has caused huge harm to the production and life of the country and the people. When an earthquake occurs, relevant departments need to respond quickly according to the disaster situation, collect information on the affected areas, integrate available resources, and make scientific and effective disaster rescue decisions and plans in the shortest possible time. At present, various medical groups in our country have the following problems when carrying out earthquake disaster rescue: First, due to the impact of earthquake damage, it is difficult to collect and analyze i...

AI Technical Summary

Problems solved by technology

At present, the medical groups in our country have the following problems when carrying out earthquake disaster relief: First, due to the impact of the earthquake damage, there are great difficulties in collecting and analyzing the disaster information in the disaster area, which makes it difficult to realize specific disaster relief decisions. the blindness of

This approach lacks responsiveness when encountering some emergencies. For example, the rescue route is blocked by a secondary landslide disaster. Temporarily changing the rescue route will greatly consume the rescue time; when entering the disaster site for investigation and formulation of a rescue plan, it is easy to The occurrence of secondary landslides caused more casualties; when using drones to scout on-site conditions, video streams or manual observation of camera images are often used to screen landslide scenes in disaster areas. This method consumes manpower and material resources and cannot achieve intelligent detection. and locate rescue needs