Description：
Smart agriculture is an advanced stage of agricultural production. It integrates emerging Internet, mobile Internet, cloud computing and Internet of Things technologies. It relies on various sensor nodes (environmental temperature and humidity, soil moisture, carbon dioxide, image Etc.) and the wireless communication network to realize the intelligent perception, intelligent early warning, intelligent decision-making and intelligent analysis of the agricultural production environment. Online guidance from experts in smart agriculture solutions provides precise planting, visual management, and intelligent decision-making for agricultural production.
Monitoring plan：
(1)Soil moisture monitoring
Accurate monitoring of soil moisture and rapidwarning of abnormal conditions.The soilmoisture monitoring system can realizeail-weather continuous monitoring. The field re-mote monitoring equipment automatically coll-ects the real-time data of soil moisture and usesGPRS wireless network to realize the data remotetransmission
(2)Intelligent pest monitoring
The monitoring system mainly uses modern light, electricity, numerical control technology, wireless transmission technology and Internet technology to build a set of pest ecological monitoring and early warning system. The system integrates pest trapping and photographing, environmental information collection, data transmission and data analysis , and realizes the trapping, classification and statistics, real-time reporting and transmission of pests.Automation and intelligence of remote detection, pest early warning and control guidance. The system has the characteristics of stable performance, simple operation and flexible setting.
(3)Intelligent spore monitoring
It uses modern high and new technologies to continuously and dynamically monitor spores. The intelligent spore monitoring system integrates modern high and new technologies such as electronic digital microscope, digital image processing and artificial intelligence recognition, GMS global data transmission, etc. it integrates the functions of automatic spore capture, automatic recognition, automatic counting, automatic storage, etc., realizing continuous and dynamic monitoring of spores, It can significantly improve the management level of comprehensive prevention and control of crop diseases.
(4)Monitoring of disaster and seedling situation
720 degree high-definition camera, which can automatically turn to emergency video in case of emergency. Through the sensor layout of Agricultural Internet of things on farmland, the video monitoring of sowing, fertilization, harvesting, packaging and other links in the whole process of farming is carried out, and the standardized operation standard is established. At the same time, through remote environmental monitoring, it is convenient for management personnel to monitor crop growth on-line, quality supervision, inspection and quarantine departments and superior competent departments to effectively supervise and timely intervene in the production process, and information technology management personnel to obtain, backup and analyze on-site data and image information, Video monitoring system also provides the necessary basic conditions for the future use of biological information.
(5)Meteorological environment detection
Real time monitoring of farm weather and timely forecast of extreme weather
Monitoring elements: air temperature, air humidity, ultraviolet intensity, total solar radiation, wind speed, wind direction, wind speed, rainfall, and pest monitoring. Agricultural environment monitoring can be captured by on-site meteorological equipment to monitor the agricultural scene in real time. The ability of agricultural production to cope with natural environmental risks was improved.
Features:
(1)Agricultural field data collection function (such as temperature and humidity, soil pH, etc.);
(2)The function of video collection on the agricultural production site and monitoring of the production process;
(3)A large amount of data analysis function accumulated in the production process;
(4)Remote control functions such as remote roller shutter, irrigation, fan, etc.;
(5)Mobile phone monitoring and control functions;
(6)”Smart Agriculture” agricultural product quality traceability;
(7)”Smart Agriculture” remote diagnosis service system for agricultural experts.
