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Review: Design Dynamically Fuzzy Logic Controller for Green House System using LabView

Author(s):

Kumari Sweety , SSITM(Shri Shankracharya Technical Campus), Bhilai, India; Pradeep Singh Yadav, SSITM(Shri Shankracharya Technical Campus), Bhilai, India

Keywords:

Labview, Arduino, LIFA Tools, Fuzzy Logic Tool

Abstract

Tomato Crop Greenhouse climate control is the most important concern in the domain of agriculture in chhattisgarh. By monitoring soil moisture, temperature and relative humidity and by taking into consideration the other parameters like plant root depth, soil texture and water storage capacity of soil, plant water use capabilities one can make good harvest of tomato and also in achieving high yield. The work presented here brings out the potential advantages of applying FLC technique for Greenhouse climate control which included Irrigation These parameters play a vital role in the proper growth of crops. Here the constant temperature is maintained frequently by turning ON & OFF the light & fan. Temperature and soil moisture is controlled using arduino board and graphical user interface monitored and controlled using LabView. The purpose of this work is to design a labour free, sensor based greenhouse monitoring & controlling system which is fully automated. The output signal is generated from different sensors, which in turn sent to the for appropriate action. This results in proper growth of different plants in greenhouse. an automated environmental control system for a prototype greenhouse system using embedded systems technology. Efficiency and performance of AEC algorithm technique and the results of these has compared to one of the existing technique. he simulation result provides an exact idea for temperature, humidity, and water output for the prescribed agricultural field. The advantages of applying FLC are increasing Irrigation Efficiency, increasing the type of crop and harvest, in addition saving the electrical power. In this method the greenhouse effect using growth of different crops depend upon environment and crops growth condition. All condition set automatic using fuzzy logic all sensors are connected to arduino board and sensor value and analysis using labview and automatically take decision using fuzzy logic to control the greenhouse effect to help growth of crops and controlling fan, light and water using set of rule in fuzzy logic input of temperature humidity and soil moisture condition.

Other Details

Paper ID: IJSRDV7I10962
Published in: Volume : 7, Issue : 1
Publication Date: 01/04/2019
Page(s): 1559-1564

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