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The Industrial Internet of Things (IoT) is an expanded IoT concept that includes integrating the acquiring, transmission and processing of temperature and humidity data in a real-time network. The IoT platform gives system operators with remote visibility in real time. The major objective of this project is to deliver a realistic application that has been deployed and tested in a monitoring environment. The system integrates the capabilities of an IoT platform that meet the requirement of high- speed real time applications while the reference for both stable and transient situations is a…mehr

Produktbeschreibung
The Industrial Internet of Things (IoT) is an expanded IoT concept that includes integrating the acquiring, transmission and processing of temperature and humidity data in a real-time network. The IoT platform gives system operators with remote visibility in real time. The major objective of this project is to deliver a realistic application that has been deployed and tested in a monitoring environment. The system integrates the capabilities of an IoT platform that meet the requirement of high- speed real time applications while the reference for both stable and transient situations is a single high-resolution time source. Modernization and automation are sweeping the globe, with IoT-based industrial monitoring solutions at the forefront. The importance of assessing the state of the industry is vital to the safety and efficiency of the products. The goal of this study is to create an IoT-based industrial monitoring system with intelligent sensors. Because of the integration of big data, the Blynk app can be used to monitor status from anywhere on the planet. Data analysis has been streamlined, allowing for easier IoT monitoring.
Autorenporträt
N.Subhashini ha conseguito il B.E (EEE) presso l'University College of Engineering di Dindigul nel 2014. Ha conseguito un master in ingegneria dei sistemi di alimentazione presso il Thiagarajar College of Engineering di Madurai nel 2016. Attualmente lavora come professore assistente presso il Dipartimento di EEE, Sri Krishna College of Engineering and Technology.