Application of Fuzzy Logic Control in Iron Box Temperature Regulation

Abstract

Abstract: This work investigates the use of fuzzy logic control in the context of temperature regulation in an iron box. Instead of the usual Boolean logic employed in computers, fuzzy logic is a computer-based approach of degree determination that gives the truth. Rather than adopting typical methods that put the problem into a black box model, this assists the problem solver in approaching the challenge in a way that they can explain and comprehend. The study explains how fuzzy logic can be used to manage an iron box's heating element based on input variables such as wrinkle severity and water level. To control the heat level of the iron, the system defines membership functions, rules, and other defuzzification mechanisms. This system's output can be used to effectively manage the heating element of the iron, providing a more intelligent and responsive operation. Through modelling and testing, we evaluate the effectiveness of our fuzzy logic control system in achieving accurate and dependable heating level outputs.