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Abstract
This paper divides the water-saving irrigation system into five component modules: acquisition node module, control node module, aggregation node module, routing node module and host computer management software module. Design and analysis are carried out for each module. Finally, the design of the system is tested, mainly including sensor sensitivity test, reliable control of control equipment and the influence of weather conditions on system operation. This water-saving irrigation system is of great significance for saving water resources and improving the degree of automation control. In the longer term, it has improved the degree of mechanization of agriculture and realized the high efficiency of planting.
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Details
1 Laiwu vocational and technical college, Laiwu, 271100, China