A Fuzzy-Based Chat-bot Messenger for Home Intelligent System with Multiple Sensors

Abstract

The integration of chatbot engines and home automation systems is an area that is seeing a lot of development and resources dedicated to in recent years. Many devices nowadays are constantly connected to the Internet (IoT) and this is a huge opportunity to create a software application that can manage an area of our everyday life. This paper was aimed at the design and implementation of a low-cost fuzzy-based system which converts fuzzy values to Crips values that uses weather conditions of a particular environment to function as an intelligent system in a smart home. The functions of this system is made possible with the integration of multiple sensors of Pewatron zirconia in a circuit in conjunction with fuzzy values in a chatbot messenger environment with the aid of the Telegram Bot service to control the state of electrical devices in the house based on atmospheric weather conditions. The commands to the control of electrical appliances was done by creating user interface that interfaces with the mobile devices that provides intelligent response programmed on to the Freescale S32K microcontroller with wireless fidelity. The main focus was to create a chat interface that allows the users to interact with their systems at home in their convenience(reaching the users where they already are, like Telegram, Facebook etc.), creating a system that not only allows you to control and manage your home electrical systems but also a networking system that gives you leverage of ease and faster network in terms of operation in controlling your home devices through decisions. The outcome of this fuzzy-based smart home intelligent system proved reliable and efficient more than the previously designed smart home systems based on relay and microcontroller. More so, the system reduces powe