Virtex ii pro fpga based smart agricultural system

Abstract

newlineThe objective of this research is to improve the quantity and quality of multi-crop production in agriculture by utilizing a central control Centre and embedded technologies. It is accomplished by gradually constructing logic, combining it at nodes, cycling via feedback, and sending it after the execution of integrated irrigation engineering and embedded processing. The dynamic partial self-reconfiguration capabilities of the Virtex II pro with FPGA architecture, as well as its ability to connect with real-time input and output devices, filaments, are critical components of this advanced system. Experimentation was carried out with several methods for each crop independently in order to discover the best strategy for maximum yield in terms of both quantity and quality. An autonomous watering system was built using a Virtex-ii pro and an FPGA-based system. This is a real-time integrated multi-data processing system that determines crop production by analyzing soil moisture, temperature, humidity, and water.