Internet-of-things information management system based on cloud mode for agriculture

Abstract

The invention discloses an internet-of-things information management system based on a cloud mode for agriculture. The system comprises a plurality of information collecting nodes, an executing equipment module, an information transmission and aggregation terminal, a cloud-side server and a remote supervision terminal, the information collecting nodes and the executing equipment module are connected with the information transmission and aggregation terminal, and the information transmission and aggregation terminal and the remote supervision terminal are both connected with the cloud-side server. According to the internet-of-things information management system based on the cloud mode for the agriculture, the cloud center server is adopted to replace a traditional server, the cost of building the internet-of-things information system for the agriculture is reduced, and remote specialized and centralized management is achieved; meanwhile, the problem is avoided that data storage damageof the server is caused due to power outage, and a guarantee is provided for intelligent analysis of big data.

Description

technical field [0001] The invention belongs to the technical field of agricultural information management, and in particular relates to an agricultural Internet of Things information management system based on a cloud model. Background technique [0002] In precision agricultural growth, remote agricultural growth management requires long-term monitoring and timely acquisition of information such as moisture content, spatial distribution, light intensity, and air temperature and humidity at the agricultural growth site (in the greenhouse or in the field). sensors and data transmission equipment. [0003] In order to carry out remote agricultural growth management and historical data analysis and mining, to guide subsequent agricultural growth and management, and to realize the application of big data and value-added services, it is necessary to classify and store the collected data first, and then distribute them through communication links Go to each application point to ...

AI Technical Summary

Problems solved by technology

In addition, due to the remote location of agricultural enterprises, the salaries they can provide are not very competitive, and it is difficult to find and retain information system maintenance personnel.

[0006] Agricultural growth enterprises are located in rural areas, and the power supply is relatively tight. Power outages are frequent occurrences. During power outages, the system management personnel may not be able to go to the site to deal with them in time within the duration of the power supply, and it is easy to cause damage to information system equipment.

At the same time, after a power outage, the information system cannot continue to provide information collection and processing to the outside world, resulting in service interruption

[0007] It is precisely because of the existence of a series of problems such as the above-mentioned construction costs, maintenance costs, information talents and power supply that the agricultural informatization in our country is advancing very slowly in the production process.

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