Authors : Vikram Nevhal and Pradeep Dahikar
Page Nos : 197-206
Description :
Internet of Things (IoT) is a fast-growing innovation. IOT is a network of physical objects or things that are embedded with electronics, software, sensors, and network connectivity, allowing them to obtain and exchange data. Industrial monitoring and control is required to collect all relevant information, statistics, and data pertaining to the various industrial processes, motors, machines, and devices used in manufacturing facilities. this aims to provide controlled access, increased productivity, and high-quality results in the manufacturing of industrial period. Remote control and monitoring via communication methods such as ZigBee, RF, and infrared have been widely used in various industries in this new age of technological developments. However, because of their slow communication speeds, distances, and data security, these wireless communication procedures are frequently limited to simple applications. Furthermore, they are easily influenced by noise and inclement weather, including snow, fog, and rain.the main microcontroller in this model is an Arduino Mega, which is also connected to a Wi-Fi module for internet access, a barometer sensor for temperature and pressure, a humidity sensor for humidity sensing, and a gas sensor for detecting smoke and toxic emissions. these elements are used to construct a monitoring system. apart from these components, a variety of other sensors are used to monitor temperature, gas leakage, pressure, humidity, and other factors in the workplace to ensure safety regulations.
