Arjun Nair
Independent Researcher
India
Abstract
Smart home automation systems are gaining significant attention for improving convenience, energy efficiency, and security in residential environments. Among various communication protocols, Zigbee stands out as a robust and low-power wireless technology designed for reliable device interconnectivity in smart homes. This manuscript explores the utilization of the Zigbee protocol in smart home automation systems, focusing on its architecture, communication characteristics, and integration strategies. A comparative literature review highlights the evolution of Zigbee in smart homes relative to other protocols such as Wi-Fi and Bluetooth. The study presents a statistical analysis of device network performance metrics including latency, power consumption, and packet delivery ratio based on existing research data. Methodologies for implementing Zigbee-based home automation systems are discussed, with practical insights into device configuration, network topology, and security features. Experimental results demonstrate the efficiency and scalability of Zigbee networks in handling multiple smart devices with minimal energy consumption. The manuscript concludes by emphasizing Zigbee’s suitability for scalable and energy-efficient smart home solutions and recommends future directions for protocol enhancements and interoperability.
Keywords
Zigbee protocol, smart home automation, wireless sensor networks, low power communication, home IoT, network topology
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