A Review on Energy-Efficient Data Gathering Protocol in Industrial Automation Application

Sonam, Roshan Jain, Dr. Subhash Chandra

Industrial Automation, Internet Of Things, Wireless Sensors Networks, Energy-Efficient Data Gathering Protocol, Clustering Based Protocol, Tree-Based Protocol.

Wireless sensor networks (WSNs) have shown investigation & development interests in a variety of areas, including interaction, farming, industrial, smart health, checking, & tracking. In farming, IoT-based WSN has been utilized to monitor output conditions & automate agricultural accuracy using different devices. These devices are used in agriculture to increase production outputs via intelligent farming choices & to collect data on crops, plants, temperature monitoring, moisture, & irrigation facilities. However, devices have limited computing, energy, transmission, & storage capacities, which may have a detrimental effect on agricultural output. Aside from efficiency, the safety & safety of these IoT-based agricultural devices from hostile attackers are also critical. In this article, we review on IoT-based WSN framework with various design stages as an application to smart agriculture.The most significant issue in wireless sensing systems is increasing energy efficiency. Because detecting data is linked in many sensing system applications, prior studies have suggested methods for reducing network energy usage by leveraging the spatial relationship between detected data. In this article, we propose an energy-efficient data collecting protocol in industrial automation applications utilizing IoT and WSN framework that makes use of the wireless medium's transmitting feature to enhance energy efficiency.