Abhinav Jain, Selvakumar K.


In the developing digital world, wireless sensor network helps in advance systems. The work follows the fundamental idea which is used to study the flow of data such as water flow, remove obstacles, and provide medicines based on crop fertilization stages during a transmission by use of wireless sensor network and monitoring system. The work is mainly focused on smart agriculture system and also provide the highly qualified crop yield by development in an automated precision agriculture monitoring system and also monitoring the quality of crop fertilization in stage by stage growth process by sensing / intimating flow of data based on crop fertilization varieties such as long duration varieties, medium duration varieties and short duration varieties for scheming standard parameters like humidity, temperature, soil moisture based on fertilization stages. Single-chip microcontrollers furnished with remote handsets are picking up ubiquity in brilliant home computerization considering their inherent assets, low power utilization, measure, manage the cost of capacity and sturdiness. Innovative work experts are grabbing the chance to outline and coordinate more capacities and administrations for savvy home checking and control systems using such microcontrollers. This project exhibits a wireless water irrigation system for a smart home garden that can be incorporated with existing savvy home control frameworks.


Automated Irrigation System, Sensors, Crops, Soil Moisture, Humidity, Temperature, GSM, Water Pump

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