The development of the Internet of Things has brought transformation opportunities to agriculture, and smart agriculture has come into being. With the development of Internet of Things technology, artificial intelligence, big data analysis and other technologies, smart agriculture will be more accurate and efficient. Colleges and universities are the main positions for talent training, and the cultivation of Internet of Things technology talents is inseparable from basic teaching and practical teaching.
Basic introduction
The smart agriculture sand table system (ZF-XAGRICS) is a concentrated embodiment of agricultural automation and intelligenceThe most typical case of the application of the Internet of Things in the agricultural field。The intelligent greenhouse comprehensively uses most of the technologies of the Internet of Things and agricultural automation, such as: agricultural environmental monitoring, crop information monitoring, crop growth environment control, agricultural information automation and other technologies.
The R&D team took the smart greenhouse as an example and designed a set of Internet of Things training system. With Zigbee wireless sensor network, common agricultural smart meters, intelligent gateways, mobile client software, Internet of Things cloud service system, greenhouse training operation model as the core, it comprehensively embodies the Internet of ThingsWireless sensor networksSensors and actuatorsEmbedded systems3G mobile communicationsAndroid mobile developmentAgricultural IoT system designand other aspects of technology, forInternet of Things training and teachingIt provides an excellent comprehensive training platform.
System composition
The sand table system is composed of parts:Greenhouse training operation modelControl systemSoftware systemsThese three parts include the main body of the greenhouse, the perception and control system, the application service software system, the remote access and control system, etc., forming a complete set of intelligent greenhouse system.
The operation model is the main object of students' practical training, which mainly integrates the greenhouse model, crop growth monitoring sensors (soil moisture, air temperature and humidity, illumination, etc.), crop growth environment adjustment (water circulation, sprinkler irrigation, ventilation, shading and other systems), * monitoring and other parts.
Due to the specific situation of the school, in addition to providing the standard version of the training system, CIIC can also design according to the needs of the school, including the external size, the main material, whether to use real crops, functional definition, etc., we hope to provide the school with perfect solutions, and truly achieve seamless integration with the school's training and teaching, project topics.
Internet of Things Sensing Control System
IoT sensing systemThe temperature system adopts industrial-grade wireless nodes, IP66 professional protection, international CE FCC professional certification, low-power solar power supply 12V external power supply, and the transmission can reach 3km.
Smart agriculture software systemThe system provides 3 sets of software systems, including Internet of Things cloud service system, Android intelligent greenhouse management software, and PC intelligent greenhouse management software.
Practical training projects
Training 1: Crop light intensity detection system.
Training 2 Air quality detection system.
Training 3: Ambient temperature and humidity acquisition system.
Training 4: Wireless controller switch control system.
Training 5 Remote control system of wireless exhaust fan.
Training 6 Intelligent wireless pump control system.
Training 7: Intelligent wireless soil temperature and humidity detection.
Practice 8 Intelligent wireless water temperature measurement system.
Training 9 Remote wireless camera monitoring system.