Automated Plant Irrigation System Based on Soil Moisture and Monitoring Over IOT
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 6
Abstract
An automated irrigation system mainly considered to optimize the usage of water on agriculture because of climatic situation which leads to lack of rains. The farmers running on the agriculture fields are needy of rain, bore wells as well as rivers. Suppose if the farm land has pumps for irrigation it also desired someone to on/off the pumps. conventional water quality measurement is through by taking samples that does not bring the real time data. In this gateway sensor is used to handle sensor information and helps to broadcast data to web application using internet of thing. Wireless and soil moisture sensor is programmed with microcontroller based gateway which is used to manage and maintain the flow and quality of water. By using automated system water is saved of up to 92% and manufacture a good yield compared with older irrigation systems. The system has a spread wireless set of connections of soil-moisture along with temperature sensors positioned in the root region of the plants. In this we also use rainfall sensor ,flow sensor and level sensor. In addition, a gateway unit handles sensor information and transmits data to a web application. In this paper, automatic irrigation system based on ARM LPC 2148 and GPRS module. All the system will be group using ARM and GPRS module using IoT (Internet of things). The ESP8266 is a little unit allows microcontrollers to tie with a Wi-Fi network and build easy TCP/IP connections by means of Hayes-style instructions. The plan of our embedded scheme is to supervise position of the sensor which can be monitored on web page throughout microcontroller. The web-server is coupled to internet. This page contains all the information regarding the status of the sensor purpose of this scheme is use to examine and control dissimilar parameters in agriculture and engineering field and also harmful area such as chemical or nuclear place.
Authors and Affiliations
Dr. N. K. Choudhari, Mayuri Harde
Keywords
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