Design Of Aquaculture Monitoring System Based On Cloud Platform

With the development of the world social economy,aquaculture industry has undergone structural changes,and the scale of factory aquaculture is constantly expanding.As aquaculture environment will directly affect the quality and economic benefits of aquatic products,various intelligent monitoring systems centering on the Internet of things have been comprehensively popularized in developed countries,which has also become an important symbol of the upgrading of modern aquaculture industry.In China’s aquaculture industry market,there are both factory aquaculture with relatively advanced technology and traditional aquaculture with low efficiency.Traditional aquaculture still has obvious deficiencies in water quality and environmental monitoring technology,and the development of informatization and intellectualization is not perfect.As a result,the growth rate of aquaculture industry gradually slows down,and the production efficiency also lacks room for improvement.In addition,environmental pollution is increasingly serious.Therefore,the introduction of new technologies to promote the transformation and upgrading of traditional aquaculture industry is currently a crucial research topic in China’s agricultural field.Therefore,based on the Internet of things technology,this paper takes the detection and control technology,the lower computer integrated processing system,the upper computer software and other technologies as the foundation,and the cloud platform interaction as the core.By building relevant hardware and writing corresponding program software,a kind of aquaculture monitoring system based on the cloud platform is designed.Firstly,in terms of hardware,this paper selects suitable hardware equipment and platform scheme for the system according to the specific environment of aquaculture and production requirements,so as to determine the basic framework of the system.After consulting relevant data to further clarify the system design scheme,and the sensor,embedded processor-based lower computer system,upper computer,related network communication equipment and other parts of the detailed design.Then in terms of software,Keil software is selected to write the program of the lower computer through C language to realize the communication between the lower computer and the cloud platform and the remote control of the equipment.LabVIEW software and Access database software were selected to write the upper computer software to realize the communication between the upper computer and the cloud platform as well as the communication between the lower computer and the upper computer.At the same time,the human-computer interaction interface was designed,including the cloud platform page,the upper computer software interface,to meet the user’s various operational requirements.Finally,after the completion of the basic design task of the system,in order to comply with the development trend of aquaculture industry,Simulink software is also used to carry out the simulation research of the aerator control based on fuzzy PID control algorithm,and the possible effect of fuzzy control in aquaculture field is expounded...