Four-waveband semi-analytic model capable of inverting aquaculture water quality through multiple parameters

Abstract

The invention discloses a four-band semi-analysis model for reversing the water quality of aquaculture water through multi-parameters, including a data processing terminal and a data acquisition terminal connected to the data processing terminal for collecting multiple parameters of the water quality of aquaculture water; The data acquisition terminal includes a heavy metal detection module, a PH detection module, an ORP detection module, a conductivity detection module, a dissolved oxygen detection module, a temperature detection module, a microcontroller module, a data transmission module and a power supply module; the heavy metal detection module, PH detection The module, ORP detection module, conductivity detection module, dissolved oxygen detection module, temperature detection module, data transmission module and power supply module are respectively connected to the microcontroller module, and the microcontroller module sends detection instructions and processes water quality in real time through the data storage module The detection parameters and the inversion process based on the four-band semi-analytic model combined with each parameter.

Description

technical field [0001] The invention relates to a data collection and processing system for parameter inversion of aquaculture water quality, in particular to a four-band semi-analytical model for inversion of aquaculture water quality through multi-parameters, belonging to the field of data collection and processing. Background technique [0002] Water quality monitoring is the main basis for water quality evaluation and water pollution prevention and control. With the increasingly serious water pollution problem, water quality monitoring has become a major problem that must be solved for sustainable social and economic development. Therefore, fast and accurate water quality monitoring is particularly important. The emergence and development of remote sensing technology provides new opportunities and choices for monitoring and evaluation of water quality. Water environment remote sensing is based on remote sensing technology, and is realized by establishing a water quality...

AI Technical Summary

Problems solved by technology

In view of this, the industry has developed a variety of water quality testing equipment, but the comprehensive testing capabilities of such equipment are often insufficient, and the testing parameters

[0004] Relatively single, and the data is not conducive to transmission

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