Meteorological disaster prevention and reduction process monitoring system and monitoring method thereof

Abstract

The invention relates to a meteorological disaster prevention and reduction process monitoring method realized by a computer. The method comprises the following steps: a swimming lane receiving step:receiving meteorological data by at least one meteorological station data live swimming lane, and receiving event data by at least one event data swimming lane; a swimming lane data processing step: analyzing the time, event position and event type of the event data, and analyzing the time and data size values in meteorological data based on meteorological stations around the event position; and aswim lane interface display step: generating an event thumbnail according to the time and event type of the event data, displaying the event thumbnail on a discrete swim lane unit of the discrete swim lane, and generating a curve or a bar chart according to the time and data size of the meteorological data, and displaying the curve or the bar chart on the meteorological station data live swim lane. The monitoring system process and algorithm have better accuracy and timeliness for improving the meteorological disaster prevention and reduction capability, and provide better support for improving the disaster prevention and response capability.

Description

Technical field [0001] The invention belongs to the field of execution design of a user interface of electronic digital processing, and particularly relates to a process monitoring system for weather disaster prevention and reduction and a monitoring method thereof. Background technique [0002] The National Emergency Warning Information Issuing System (hereinafter referred to as the "National Early Warning Issuing System") was formally operational nationwide on May 1, 2015, realizing the unified horizontal and vertical release of early warning information for multiple hazards. On the basis of the national early warning issuance system, all provinces actively promote the construction of early warning information in the province, build a provincial-level early warning issuance system, and realize on-demand applications and on-demand supply. Due to the parallelism of multiple systems and platforms, the lack of key information monitoring of the early warning "life" cycle has made th...

AI Technical Summary

Problems solved by technology

Due to the parallelism of multiple systems and platforms, the monitoring of key information in the "life" cycle of early warning is missing, making the monitoring of meteorological disaster prevention and mitigation "on paper", while the traditional paper record method and scattered information construction make it difficult to reflect the advantages of meteorological services.

The grassroots meteorological disaster prevention and mitigation service processes in each province are independent, lacking vertical management and an intermediary that highlights service effects, and there is no clear and unified monitoring method for the whole process, and it is impossible to effectively link the real situation, early warning, service, and disaster situation and public opinion, and it is impossible to reflect the effectiveness of early warning release and weather protection service advantages

Images