Big data-based water conservancy modular monitoring system and method

Abstract

The invention discloses a big data-based water conservancy modular monitoring system comprising a data acquisition end, a data storage and processing end, a monitoring application end and a system management end; the data acquisition end is used for acquiring the data of all monitoring equipment of a water conservancy modular management network and data of investigation, research, measurement anddetection of each related management mechanism, the data storage and processing end is used for storing and processing the big data acquired by the data acquisition end. The invention further discloses a big data-based water conservancy modular monitoring method. According to the system and the method, the monitored content is a collection of the monitored big data of a natural unit, a facility unit, a node unit and a functional area unit and covers the monitored data of a plurality of index systems including the hydrology, the water quality, the water ecology, the engineering quality safety standard and the like; and full coverage, comprehensiveness and science of the big data-based water conservancy modular monitoring system are achieved.

Description

technical field [0001] The invention relates to the technical field of water conservancy monitoring systems, in particular to a big data-based water conservancy unitized supervision system and method. Background technique [0002] As my country's water conservancy construction has entered a new era, the main tasks of water control in my country have undergone profound changes. From removing water hazards to promoting water conservancy, the main task of strengthening water conservancy project construction has changed to saving water resources, protecting the water environment, improving water ecology, and preventing and controlling water disasters. Therefore, to do a good job in water conservancy work in the new era must strictly follow the "water conservation priority, spatial balance, systematic Governance, two-handed efforts" water control policy and "water conservancy projects make up for shortcomings, strengthen supervision of the water conservancy industry" general tone...

AI Technical Summary

Problems solved by technology

[0003] Disadvantages of existing technologies: the current inventions and creations related to water conservancy information supervision are mainly concentrated on water conservancy projects such as dams and embankments, and inventions and creations of information supervision in water resources, water environment, and water ecology rarely appear

On the one hand, the existing monitoring system has a narrow coverage of monitoring content, a single monitoring index, ignoring the correlation between different monitoring units, and ignoring the internal relationship of different index systems, which is not conducive to the comprehensive, systematic and sustainable development of water conservancy supervision.

On the other hand, only relying on the instrument functions of detection equipment and GPS locator does not realize the effective interaction between users and the system, and achieve the goal of enriching data collection, verification data, and feedback data

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