Author : Farhood Chisab, Raad
Programing and Implementation of Wireless Monitoring Automatic Control System for Irrigation Greenhouse using ATMEGA328P-PU-AVR Microcontroller
journal of kerbala university,
Volume 13, Issue 4, Pages 302-311
At present there are the speed and diversity in scientific innovations so that they intervene in the way of life of individuals and make life easier. There are a lot of researchers who invented irrigation systems, which rely on the control system that facilitates the path towards robust system for irrigation. In this paper a new system for monitoring and operation of irrigation system for smart gardenwas designed, which depends on the microcontroller ATMEGA328P-PU, which are programmed using the Arduino Uno board. The new idea is that the board Arduino Uno works as a programmer for the purpose of controlling the programming software and then the microcontrolleroperates independently without need Arduino Unoboard. System works with two factorswhich are the plant soil moisture and temperature with humidity surrounding the plant through two types of sensors so that the process of perfusion in the case of a lack of water into the soil or run the cooling fan in the case of high temperature and humidity around the plant. The control temperature and humidity are read by mobile device using the Bluetooth device connected with the controlleralso the results are displayed by the liquid crystal associated with the system. The results showed that the system is strong and sensitive against changing humidity and temperature and has the ability to restore the balance of these changes accurately and efficiently under all weather conditions, so this kind of control devices can be used for the cultivation of some rare plants that need specified temperature and humidity, which utilized in medical fields for the production of medicines.