With the explosive development of the Internet of things technology in recent years,the Internet of things technology is also used more and more widely in modern agricultural production.
Currently,the construction of agricultural IOT(Internet of Things)depends mainly on the one-time investment of government or state-owned farm and agricultural park.
An autonomous unmanned aerial vehicle-based low-altitude remote sensing(LARS)platform was used to acquire quality images of high spatial and temporal resolution to estimate rice crop growth.
Large variations and rapid growths of tree liners in ornamental nurseries require spray applicators to frequently turn on or off nozzles to prevent excessive pesticide waste.
An intelligent variable-rate air-assisted sprayer was developed to automatically adjust spray outputs to match tree crop shape,size and foliage density for precision pesticide spray applications.
Low-altitude aerial remote sensing(LAARS)has been developed and applied in Mississippi Delta for crop monitoring to assist precision agricultural operations.