Cloud computing based monitoring and early warning control cloud service system and method for greenhouse cluster internet of things

Abstract

The invention discloses a cloud computing based system and method for greenhouse cluster internet of things. The system comprises a greenhouse cluster wireless sensor network, a front end portal service system, a back end cloud computing system and multiple remote communication terminals. The front end portal service system is connected with the back end cloud computing system through a high-speed Ethernet or internet, and then connected with the multiple remote communication terminals through the internet, a wireless mobile network and phone voice, in order to provide services such as inquiry, analysis, early warning, control, decision and maintenance for greenhouse production. The back end cloud computing system accumulates greenhouse monitoring data, online data and production related data according to service orders or automation settings to provide data mining analysis for each greenhouse or the greenhouses in each region, so as to discover the production rule and facilitate decision making; the back end cloud computing system further provides environment prediction models, control models and parameters of each greenhouse, and transmits the information to the front end portal service system or the greenhouse cluster wireless sensor network, in order to provide early warning and control services for each greenhouse. The system and the method can implement intelligent production for the greenhouses, improve the yield, reduce the cost and increase the efficiency.

Description

technical field [0001] The invention relates to a monitoring and early warning control service system for the Internet of Things in a greenhouse group, in particular to a monitoring and early warning control service system for the Internet of Things in a greenhouse group based on cloud computing. The main management objects are greenhouses and plastic greenhouses in agricultural planting facilities. It belongs to the field of agricultural production management information technology. technical background [0002] Facility agriculture is to change the natural environment by using modern agricultural engineering and mechanical technology to provide relatively controllable or even the most suitable environmental conditions such as temperature and humidity, illumination, water, fertilizer and carbon dioxide for animal and plant production, and to a certain extent get rid of the natural environment. Depends on agriculture for efficient production. Facility agriculture covers the...

AI Technical Summary

Problems solved by technology

In practice, when there are many greenhouse nodes and each greenhouse needs to process a large amount of data or a large amount of calculation, this kind of management and control system will be overwhelmed, and it cannot store and process a large number of information from the Internet. Relevant data, including semi-structured and unstructured data

Therefore, the number of greenhouse nodes that can be carried by this type of system is limited, and the ability to provide storage, analysis and monitoring data for greenhouses is also limited, making it difficult to achieve the intelligent management goals of the greenhouse Internet of Things

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