In the software implementation part we have
developed the assembly code for measuring temperature and
controlling it according to the user's requirements and
displaying the temperature in LCD module. The software
includes the reading of various measurements from sensor,
converting analog value to digital values, displaying the
temperature in the 16X2 LCD display and the program for
controlling action. The assembly level programming is done
on Arduino IDE software, the developed program is installed
in the ATMega328 microcontroller. The Arduino IDE
combines project management, make facilities, source code
editing, program debugging, and complete simulation in one
In the software implementation part we havedeveloped the assembly code for measuring temperature andcontrolling it according to the user's requirements anddisplaying the temperature in LCD module. The softwareincludes the reading of various measurements from sensor,converting analog value to digital values, displaying thetemperature in the 16X2 LCD display and the program forcontrolling action. The assembly level programming is doneon Arduino IDE software, the developed program is installedin the ATMega328 microcontroller. The Arduino IDEcombines project management, make facilities, source codeediting, program debugging, and complete simulation in one
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