Agricultural labor market equilibrium based on FPGA platform and IoT communication

Abstract Increasing food demand in terms of quality and quantity is the need for industrialization and strengthening the agricultural sector. IoT is an upcoming technology that offers many innovative solutions to modernize the agricultural sector. Scientific research institutes and scientific groups continue to work hard to provide solutions and products that use the Internet of Things to solve different issues of agriculture. FPGA-based IoT (Internet of thing) systems are preferred as a source of communication in agricultural labor market equilibrium systems, for balancing marketability and flexibility in the economic sector. In the agriculture labor market, labor can be taken and given as a commodity. Agriculture performs these labor market equilibrium in a different application of non-farm labor markets, often relying on intermediaries such as contractors to market groups of workers and relocating them to the farm, using piece-rate wage systems to encourage workers and employers cooperating with the labor market. The economic market analysis is guided, and monetary boundaries influence the low and high performance of enrollment. Market Equilibrium conditions have been created to clarify the roundabout impacts of changes in money owed to the utilization of provisions. Labor market equilibrium models show the immediate and roundabout impacts of yield power, yield value, input use, and benefit of the rural segment on yield and salary approaches.

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