Water quality analyzing/calculating service system supporting dynamic compiling

Abstract

The invention relates to a water quality analyzing / calculating service system supporting dynamic compiling. The system is designed in a three-layer network structure consisting of a data service layer, an application service layer and a user layer, and is composed of a water quality database, a calculation result library, a calculation task library, a water quality analysis algorithm library, a computing server, a dynamic compiling server, a water quality analyzing and calculating result displaying unit, a water quality analyzing and calculating task management unit and a water quality analyzing algorithm management unit. The system disclosed by the invention can satisfy the needs of analysis on various different water environment monitoring and water quality early-warning, thereby greatly improving the flexibility and the openness of the conventional water quality monitoring system and the conventional water quality early-warning system.

Description

technical field [0001] The invention belongs to the application of information technology in the field of water environment and water quality monitoring, and relates to a water quality analysis and calculation service system construction technology, in particular, it refers to the construction of a network service system by combining Web technology and dynamic compilation technology to provide binary data for water quality raw data. Secondary processing and analysis services, including data preprocessing, water quality evaluation, water quality prediction, water quality early warning, etc. The system can provide effective support and services for water environment monitoring and water quality safety assurance. Background technique [0002] In recent years, sudden water pollution accidents have occurred frequently, continuously deteriorating my country's water environment, threatening the water safety of the people, bringing huge losses to the social economy, and making the c...

AI Technical Summary

Problems solved by technology

Using this single alarm mode and fixed embedded algorithm has been unable to adapt to the current increasingly complex water environment pollution status

[0006] In general, due to the complexity of the water environment, the diversity of pollutants, and the randomness of emergencies, most existing water quality monitoring systems / water environment monitoring systems issue alarms based on the alarm limit (alarm threshold), which is difficult to meet. The need for intelligent detection and automatic detection of water environment / water quality

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