Construction method of flood control and drought briefing generation system based on water conservancy cloud platform

Abstract

The invention discloses a structuring method for a flood control and drought control bulletin generation system based on a water conservancy cloud platform. Based on the water conservancy cloud platform, combining the flood control and drought control needs, and according to the existing flood control and drought control bulletin, following functions are realized by adopting the method, and the functions comprise automatically searching paragraphs meeting the requirement from a bulletin file database, selecting the paragraphs with the highest matching degree, and then combining the paragraphs into an integral bulletin draft according to a pre-defined format, wherein the bulletin content usually requires to contain the content of real-time water and rain situation, disaster, danger, weather and the like; obtaining relevant data by the system through cloud service, generating a corresponding chart, and automatically inserting the data and chart into a file. If a user needs to replace some paragraphs or chapters or sections, the system has the function of automatic content recommendation, and multiple relevant content or similar paragraphs can be recommended for the user to select. The method provided by the invention can be used for fast helping prevention office staff to prepare flood control and drought control bulletins, thus, the efficiency of flood control and drought control commanding and decision making are improved obviously.

Description

technical field [0001] The invention relates to a construction method of a flood control and drought briefing generation system based on a water conservancy cloud platform, which belongs to the service application technology research in the field of cloud computing. Background technique [0002] Water conservancy is related to the lifeline of the country, and flood control and drought prevention are the top priority of water conservancy and have a great relationship. It is more efficient, more convenient, and faster to reflect real-time weather, water and rain, disasters and other conditions in detail, and make timely emergency measures, which will greatly reduce the huge losses caused by floods or droughts. [0003] The writing process of the traditional water conservancy flood control and drought prevention briefing requires the cooperation of multiple staff members. It is necessary to query relevant data from multiple heritage systems, write relevant reports, manually dra...

AI Technical Summary

Problems solved by technology

[0004] 1) Traditional flood control and drought briefings are stored in the file system in the form of files, which are difficult to search by category;

[0005] 2) The briefing on flood control and drought control involves many real-time data such as meteorology, hydrology, disasters, etc., and needs to obtain data from multiple related heritage systems, which is time-consuming and cumbersome to operate;

[0006] 3) The analysis and processing of data, and the generation of icons need to be done manually, and the calculation is complicated;

[0008] Obviously, the traditional way of writing flood and drought briefings consumes more manpower, and the real-time performance is poor, causing unnecessary losses

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