Self-Configuration and Smart Binding Control System for Autonomous Home Applications
Author(s):
Krishna Garg, Suvarna Aranjo, Santhosh Nambirajan, Prithvi Badipuram, Rohan Talekar
Keywords:
ZigBee, IOT, Self-Configuration, Smart Binding, Home Automation.
Abstract
In wireless communication, traditional technologies such as Bluetooth and Wi-Fi face persistent challenges related to connectivity, bandwidth, power efficiency, and speed. This project endeavours to overcome these limitations by implementing a self-configuring system based on the Zigbee model. The primary objective is to establish a robust network comprising interconnected Zigbee devices capable of dynamic configuration, optimizing network performance, and adapting to changing conditions within a specified range. The proposed system addresses the shortcomings of conventional wireless technologies by exploring efficient routing algorithms, adaptive channel selection, and power management strategies. By harnessing these elements, the project aims to achieve seamless communication while minimizing energy consumption. The self-configuring Zigbee network serves as a testament to an improved solution for wireless communication in environments where traditional technologies fall short. Through these endeavours, the project not only showcases the feasibility of a self-configuring Zigbee network but also emphasizes its potential to provide reliable and efficient communication. The outcomes of this research contribute to advancing the field of wireless communication, offering a promising alternative for environments that demand adaptability and optimization beyond the capabilities of conventional wireless technologies.
Article Details
Unique Paper ID: 163441

Publication Volume & Issue: Volume 10, Issue 11

Page(s): 1651 - 1656
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