Multi-scale greenhouse environment control system based on crop information fusion

Abstract

The invention discloses a multi-scale greenhouse environment control system based on crop information fusion, wherein crop physiological information and growth information are introduced on the base of a greenhouse environment factor control system, the greenhouse parameters are fused in a layering, multilevel and multiaspect manner through an information fusion technology to create a comprehensive greenhouse information fusion platform containing crop information, and an intelligent greenhouse decision control system is created under an evaluation index system. The control system comprehensively considers the demands of environmental factors, crop physiological parameters and crop growth parameters on the greenhouse environment control and creates the intelligent greenhouse decision control system through the information fusion technology to control the greenhouse environment parameters in real time, which both effectively controls the greenhouse environment factors and facilitates the crop physiological and growth demands, improves the greenhouse production efficiency and adds the greenhouse crop yield.

Description

technical field [0001] The invention relates to a greenhouse environment control system, in particular to a multi-scale greenhouse intelligent decision-making environment control system which integrates environmental factors, crop physiology and crop growth feedback. Background technique [0002] At present, the greenhouse environment control mainly focuses on temperature, humidity, light, CO 2 Concentration and other environmental factors, as to whether it meets the short-term or long-term physiological and growth needs of crops, it is unknown; at the same time, with the rapid development of sensor technology, computer technology, and network technology, the detection technology of crop information has become mature. All lay the foundation for the integration of crop information into greenhouse control; therefore, how to combine greenhouse crop information with the original greenhouse control system to improve the effect of greenhouse environmental control and the economic ...

AI Technical Summary

Problems solved by technology

Invention patent 101315544 (an intelligent control method for greenhouses), which controls the overall climate of the greenhouse based on the crop intelligent database, then tracks the real-time information during the growth of the crops, corrects and improves the database, and superimposes the chaotic signal on the input data for controlling the greenhouse climate, and then Coupled with the optimization and adjustment of the neural network controller, this kind of research is mainly in the offline state, and the online operation of the greenhouse environment control cannot be realized.

Invention patent 101292611 is a greenhouse control system based on a single-chip microcomputer. The collection parameters include temperature sensors, humidity sensors or illuminance sensors, and it does not involve the collection and control of greenhouse crop information.

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