Wireless Engineering and Technology

Wireless Engineering and Technology

ISSN Print: 2152-2294
ISSN Online: 2152-2308
www.scirp.org/journal/wet
E-mail: wet@scirp.org
"Design of a Li-Fi Transceiver"
written by Pavas Goswami, Manoj Kumar Shukla,
published by Wireless Engineering and Technology, Vol.8 No.4, 2017
has been cited by the following article(s):
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[1] Implementation of a Full-Duplex Visible Light Communication System
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[2] Integration of LiFi, BPL, and Fiber Optic Technologies in Smart Grid Backbone Networks: A Proposal for Exploiting the LiFi LED Street Lighting Networks of Power …
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[3] Vehicle Diagnostics and Vehicle to Infrastructure Communication through Visible Light Communication (VLC)
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[4] Implementation of File Sharing System Using Li‐Fi Based on Internet of Things (IoT)
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[5] A low cost smart healthcare monitoring system using Li-Fi technology
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[6] Performance Evaluation of Smart Healthcare Monitoring System Using Li-Fi Technology
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[7] Fotodiyot Dizi Boyutunun Görünür Işıkla Haberleşme (VLC) Performansına Etkileri.
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[8] Prevention of Road Accidents by Interconnecting Vehicles using LiFi and LoRaWAN Technologies
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[9] Implementation and evaluation of a comprehensive Li-Fi system u sing Matlab/Simulink
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[10] Smart Vehicular Communication System Using Li-Fi Technology
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[11] A Review on 5G Technology in IoT-Application Based on Light Fidelity (Li-Fi) Indoor Communication
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[12] Bidirectional data transfer via LiFi technology
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[13] Implementation and evaluation of a comprehensive Li-Fi system using Matlab/Simulink
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[14] Secure of Transmission Systems in the Visible Range of Light with the Power Line Communication Interface
Janabi, H Al-Janabi, BQ Elias - INTERNATIONAL ARAB JOURNAL OF …, 2022
[15] High Speed Transmission of Data or Video Over Visible Light Using Li-Fi
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[16] Architecture design supporting Li-Fi technology
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[17] Conception d'une architecture supportant la technologie Li-Fi
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[18] Impact de DC bias sur les performances du system VLC-OFDM
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[19] Li-Fi: A Novel Stand-In for Connectivity and Data Transmission in Toll System
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[20] Data Transfer Using Lifi
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[21] RANCANG BANGUN DAN ANALISIS KINERJA PERANGKAT TRANSCEIVER SISTEM VISIBLE LIGHT COMMUNICATION
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[22] Light Fidelity (Li‐Fi) Technology: The Future Man–Machine–Machine Interaction Medium
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[23] Optimum DC bias for DC biased optical OFDM based optical wireless communication using machine learning
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[24] Arduino Based Visible Light Communications Between Two Devices Using Li-Fi Technology
… on Advancements in …, 2021
[25] Wi-Vi and Li-Fi based framework for Human Identification and Vital Signs Detection through Walls
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[26] Light Fidelity (Li-Fi) Technology: Will It Be An Eco-Friendly For Monitoring The Covid-19 Patients In Hospital
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[27] AI/ML assisted Li-Fi communication systems for the future 6G communication systems
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[28] Li-fi sisteminde veri iletimine çoklu yol etkisinin incelenmesi
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[29] Visible light communication
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[30] Realization of Microprocessor Based Visible Light Communication
Scientific Journal of Mehmet Akif Ersoy University, 2020
[31] Estudio de las vulnerabilidades en las redes de tecnología LI-FI
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[32] An Introduction to LiFi and Review of Prototypes Designed on FPGA and Other Hardware
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[33] Futuristic Short Range Optical Communication: A Survey
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[34] Analog/Digital Data Transmission using Li-Fi
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[35] Design of a Low-Cost Li-Fi System Using Table Lamp
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[36] Contribuições ao Estudo da Camada Física de Sistemas Light-Fidelity, Li-Fi
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[37] Underwater Communication using Li-FiTechnologyusing Video ProcessingTechnique
International Journal of Scientific Research and Review, 2019
[38] Novel Design for Li-Fi Healthcare Monitoring System
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[39] An Encoding Scheme Considering Diffused Lights In a Visual Light Communication System
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[40] Comparison Study of Prototypes based on LiFi Technology
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[41] 가시광통신체계에서 난반사 조명을 고려한 인코딩 스킴
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[42] Security Aspects of LiFi Technology
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[43] Comparative Analysis of Prototypes Based on Li-Fi Technology
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[44] Desarrollo de una herramienta software para el diseño de una red de comunicaciones e iluminación en interiores basada en tecnología VLC.
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[45] Diseño y pruebas de un AFE para comunicaciones VLC
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[46] POINT-TO-POINT DIGITAL COMMUNICATION using VLC (Visible Light Communication) and LIFI technology
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[47] An application of Li-Fi based Wireless Communication System using Visible Light Communication
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[48] An Overview of LiFi: a 5G candidateTechnology
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[49] Image Transmission Using Li-Fi
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[50] Wireless Technologies of Information Transmission Based on the Using of Modulated Optical Radiation (Li-Fi Communication System): State and Prospects
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[51] Internet Access over Visible Light
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[52] ТЕХНОЛОГИИ БЕСПРОВОДНОЙ ПЕРЕДАЧИ ИНФОРМАЦИИ С ПОМОЩЬЮ МОДУЛИРОВАННОГО ОПТИЧЕСКОГО ИЗЛУЧЕНИЯ (LI-FI СВЯЗЬ): СОСТОЯНИЕ …
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[53] Efficient Magnetic Resonance Wireless Power Transfer Systems
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[54] Fotodiyot Dizi Boyutunun Görünür Işıkla Haberleşme (VLC) Performansına Etkileri
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