Smart City Gnosys

Smart city article details

Title Li-Fi And Visible Light Communication For Smart Cities And Industry 4.0: Challenges, Research & Market Status In 2023
ID_Doc 35158
Authors Georlette V.; Moeyaert V.
Year 2023
Published International Conference on Transparent Optical Networks, 2023-July
DOI http://dx.doi.org/10.1109/ICTON59386.2023.10207438
Abstract The development of technologies that use cellular Radio Frequency (RF) networks to transmit information wirelessly has increased dramatically over the last decade. These technologies include mobile phones, tablets, connected gadgets and the Internet of Things (IoT). The simultaneous use of all these devices quickly saturates the available network. As the RF spectrum resource is limited and regulated, it is important to find alternative connectivity. To reply to this shortage of wireless connectivity, Li-Fi (Light Fidelity) and Visible Light Communication (VLC) are good candidates. Li-Fi is the high data rate bidirectional application of VLC. VLC uses visible and infrared light to transmit data wirelessly. Over the last decade, interest in VLC grew in the scientific community and on the market. However, most scientific works and products are focused on the indoor environment. The external environment for VLC applications, which would be very relevant for smart cities as well as some industrial applications, is very little covered in the literature. This sixty minutes tutorial aims to present the advances of these technologies, their challenges and their relevance in these two environments. © 2023 IEEE.
Author Keywords Industry 4.0; Li-Fi; market analysis; Smart City; Visible Light Communication


Similar Articles


Id Similarity Authors Title Published
35160 View0.923Janjua J.I.; Khan T.A.; Khan M.S.; Nadeem M.Li-Fi Communications In Smart Cities For Truly Connected VehiclesProceedings of 2nd 2021 International Conference on Smart Cities, Automation and Intelligent Computing Systems, ICON-SONICS 2021 (2021)
61211 View0.912Georlette V.; Moeyaert V.; Bette S.; Point N.Visible Light Communication Challenges In The Frame Of Smart CitiesInternational Conference on Transparent Optical Networks, 2020-July (2020)
27569 View0.9Kaur T.; Sharma Y.; Sikand R.Futuristic Aspects Of Li-Fi TechnologyAIP Conference Proceedings, 3121, 1 (2024)
60300 View0.899Geeitha S.; Kavitha L.; Safiq M A.; Jeeva G.; Arulkumar T.; Prasath R H.Urbanlite: A Safe And Secure Transfer Of City Data Deploying LifiInternational Conference on Advanced Computing Technologies, ICoACT 2025 (2025)
35211 View0.897Sarkar A.; Chakraborty R.; Dutta H.Lifi-Based Energy-Efficient Traffic Sensing And Controlling System Management For Smart City ApplicationEnvironmental Informatics: Challenges and Solutions (2022)
7821 View0.888Gupta S.; Sarkar M.; Kaur H.; Agrebi M.; Roy A.An Efficient Data Transferring Through Li-Fi Technology: A Smart Home ApplianceStudies in Big Data, 108 (2022)
33244 View0.884Arnon S.IntroductionVisible Light Communication (2015)
42460 View0.88Georlette V.; Moeyaert V.Poster: Technical Feasibility Of Visible Light Communication Systems For Low Bitrate Smart Cities And The Industry 4.0 ApplicationsProceedings - 2023 IEEE 24th International Symposium on a World of Wireless, Mobile and Multimedia Networks, WoWMoM 2023 (2023)
797 View0.877Mukherjee S.; Roy S.; Ghosh S.; Mandal S.A Comparative Study Of Li-Fi Over Wi-Fi And The Application Of Li-Fi In The Field Of Augmented Reality And Virtual RealityAugmented and Virtual Reality in Social Learning: Technological Impacts and Challenges (2023)
18480 View0.86Ragumadhavan R.; Sateesh Kumar D.; Charyulu Rompicharla L.N.; Dhondiya S.A.; Kaliappan S.; Natrayan L.Design And Development Of Light Communication Systems Using Modulation Techniques7th International Conference on Electronics, Communication and Aerospace Technology, ICECA 2023 - Proceedings (2023)