"Smart agriculture" is the full application of modern information technology, integrated application of computer and network technology, Internet of things technology, audio and video technology, wireless communication technology and expert wisdom and knowledge, to achieve agricultural visualization and remote diagnosis, remote control, disaster warning and other intelligent management and intelli···

Facility horticulture automatic control system has become an important part of agricultural modernization because of its wide range of disciplines, high scientific and technological content, and close relationship with people's life, which provides a good opportunity for the vigorous development of facility horticulture automatic control system discipline and produces a huge promotion effect.

GPS is the basis of intelligent agriculture. It is mainly used for the collection of field information in real -time and fast field information and the precise positioning of field operations. It has played an important role in smart agriculture. The environment is performed from irregular monitoring and providing useful space information for the agricultural expert system.

The working principle of intelligent agricultural system: Intelligent agriculture collects environmental parameters such as the temperature, soil temperature, CO2 concentration, humidity signal, and light, leaf humidity, dew point temperature and other environmental parameters through real -time collection of environmental parameters.

The agricultural Internet of Things technology launched by NIUBOL comprehensively builds the soil temperature and humidity monitoring system and applies cutting -edge information technology to labor production.

Agricultural Internet of Things disease and insect pest control system composition:Agricultural Internet of Things disease and insect pest control system uses IoT technology, model recognition, data mining, and expert system technology to achieve real -time monitoring and effective control of facilities agricultural diseases and insect pests.

The development of irrigation control technology can make up for this deficiency in engineering water conservation technology, which uses advanced science and technology, detects soil temperature and humidity, and irrigates according to the geographical environment and the water demand characteristics of crop growth on demand and precisely, which can greatly improve the utilization of water resour···

Agricultural water-saving irrigation control system is mainly designed for daily irrigation control and management in the fields of farmland, garden, and facility agriculture, and through modern scientific and technological means, it can achieve the purpose of reducing labor cost, improving automatic production efficiency and saving water resources.

Data acquisition sensors: temperature sensor, humidity sensor, light intensity sensor, photosynthetic effective radiation sensor, CO2 sensor, soil temperature and humidity sensor, wind sensor, wind speed sensor, rain sensor, etc.

Agricultural Internet of Things monitoring function system:According to the real-time growth environment information of plants obtained by wireless network, such as soil moisture, soil temperature, air temperature, air humidity, light intensity, plant nutrient content and other parameters can be monitored through various types of sensors. Other parameters are also optional, such as PH value in the···