Intelligent IoT Enabled Lighting System

Author:

Veeranna Dankan G.1,Muniyappa Ramesha2,Boraiah Sridhara S.3,Narayanappa Devananda S.4,Boraiah Manoj K. S.5

Affiliation:

1. .M.S Institute of Technolgy and Management,Department of Electronics and Communication Engineering,Bengaluru, Karnataka, India,India,

2. GITAM School of Technology, GITAM University,Department of Electronics and Communication Engineering,Bengaluru, Karnataka, India,India,

3. Vijaya Vittala Institute of Technology,Department of Electronics and Communication Engineering,Bengaluru, India,India,

4. PES Institute of Technology and Management,Department of Electronics and Communication Engineering,Sagar Road, Shimogga, Karnataka, India,India,

5. B.G.S Institute of Technology, Adichunchanagiri University,Department of Electronics and Communication Engineering,Karnataka, India,India,

Abstract

: The term Smart is an acronym for the five components, which are unique, observable, practicable, appropriate and time-based. IoT identifies the widespread and increasing number of wireless devices as the trillions of networks of a potentially global scale running today. When the planet expands quicker, people are drawn to this clever term. India is one of the world's fastest-growing economies. The Internet of Things (IoT) offers innovative services and stimulates market shifts. The lighting industry often welcomes this transition by developing an Internet of Lighting (IoL). The term smart lighting describes three important design attributes: advanced control, solid-state, and broad network connectivity in accordance with international standards. It provides optical networking gateways as an additional function that enables coexistence with traditional Wi-Fi. In this context, various IoT-compatible wireless communication interfaces are being used to meet the lighting's needs. Related IoT systems are forecasted to expand dramatically in the entire smart housing and industrial sectors in the coming years. These instruments use advanced features, such as the use of multiple spectral light sources and transitive spectral light to provide. and they use RF and optical networking mainly for advanced sensing and more recently, they've started using the Wi-Fi interface as well. Visible Contact of Light. This chapter presents the numerous options for creating and implementing IoT-based smart lighting solutions in this chapter. As a result, issues related to interoperability and online services are addressed, and industrial lighting platforms are also included.

Publisher

BENTHAM SCIENCE PUBLISHERS

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