进一步，带有采集模块和数据中心，农作物的青苗生长、土地、病虫害、天气的

Furthermore, with a collection module and a data center, the growth of young crops, land, pests and diseases, and weather conditions can be accurately and real-time controlled, and strategies can be automatically adjusted according to the growth conditions of each stage. In addition, the acquisition module and the data center can learn artificially according to the algorithm model to realize the automatic management of the next batch of crops at various stages. <br><br>Preferably, a smart agricultural system based on big data. The collection module includes a sensor unit, an Internet information collection unit, and a user equipment unit. Wherein, the sensor unit collects data information in real time, and the sensors therein are distributed in the greenhouse, the Internet information collection unit collects Internet information data through web crawler technology, and the farm staff performs the processing through the client equipment unit Spot checks at fixed points and get spot check data.

Further, with the collection module and data center, the growth of seedlings, land, pests and diseases, weather conditions can be accurately and real-time grasp, the strategy can be automatically adjusted according to the growth of each stage. In addition, acquisition modules and data centers can be artificially based on algorithmic models to learn, to achieve the next batch of crops at all stages of automatic management.<br><br>Preferably, a smart agricultural system based on big data. The acquisition module consists of a sensor unit, an Internet information acquisition unit and a user-side device unit. Wherein, the sensor unit collects data information in real time, and the sensor distributed in the shed, the Internet information acquisition unit collects Internet information data through network reptile technology, and the farm duty personnel conduct spot checks through the user-side equipment unit and will obtain spot check data.

Furthermore, with the acquisition module and data center, the growth of crops, land, diseases and pests, weather can be accurately mastered in real time, and the strategy can be automatically adjusted according to the growth of each stage. In addition, the acquisition module and data center can learn according to the algorithm model by artificial intelligence, and realize the automatic management of the next batch of crops in each stage.<br>Preferably, a smart agriculture system based on big data. The acquisition module comprises a sensor unit, an Internet information acquisition unit and a user terminal device unit. Where in, the sensor unit collects data information in real time, and the sensors are distributed in the greenhouse, the Internet information collection unit collects Internet information data through web crawler technology, and the farm staff on duty conducts spot check through the user terminal equipment unit and obtains spot check data.<br>