Design Of Intelligent Greenhouse Detection-Control System Based On Cloud Platform

Currently, the design of the plurality of greenhouses in the same area was widely used in China, which solved the artificial cultivation demands for plants growing of pre-cultivated species. For example, considerable manpower, material and financial resources are indispensable in order to organize experts in agriculture, aquaculture, etc researching on the cultivation of Morel. Nevertheless, the effect of cost-saving is inconspicuous.This work converts the traditional SCM-controlled greenhouse to Field-Programmable Gate Array. Meanwhile, the FPGA implementation method was elucidated as well as the achievement of local display of multi-channel temperature and humidity measurement by 12864 LCD. Moreover, LabVIEW was implemented to set up PC data interface and UART was used as the host machine and the lower machine connection.This work studied the communication modes between LabVIEW and cloud platforms, enabling communication between the host computer data and cloud database platform ultimately. Therefore, the traditional greenhouses intelligent data processing and storage cloud can achieve real-time synchronization with the processing of data across geographies intelligent greenhouses.This work designed Oracle Database based on cloud platform, providing a prerequisite for the mass storage of data generated in the smart greenhouses. The design of B / S architecture of intelligent greenhouses cloud management platform provides a friendly interaction for data management system.This work combined The plurality of greenhouses in the same area shed data with cloud platforms, achieving remote method without no need to do cultivate research, which significantly reduces the cost to cultivate Morels in Inner Mongolia region. The design and implementation of intelligent greenhouses provide a reliable solution for cultivating crops with wide geographical span and diverse nurturing environment.