Optics and Photonics Journal

Optics and Photonics Journal

ISSN Print: 2160-8881
ISSN Online: 2160-889X
www.scirp.org/journal/opj
E-mail: opj@scirp.org
"Real-time Audio & Video Transmission System Based on Visible Light Communication"
written by Yingjie He, Liwei Ding, Yuxian Gong, Yongjin Wang,
published by Optics and Photonics Journal, Vol.3 No.2B, 2013
has been cited by the following article(s):
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[2] Secure sound and data communication via Li-Fi
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[4] Wireless optical system using amplitude modulation with GNU radio on a Raspberry Pi
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[5] High Capacity Data Rate System: A Review of Visible Light Communication Technology
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[6] Li-Fi Based High Speed and Secured Data Transfer using MATLAB
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[7] Image transmission using visible light communication in data communication
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[8] Visible Light Optical Camera Communication for Electroencephalography Applications
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[9] Host-to-host TCP/IP connection over serial ports using visible light communication
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[10] A simplified approach for single carrier visible light communication transceiver using off-the-shelf components
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[11] Implementation of a Dashcam System using a Rotating Camera
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[12] СИСТЕМА УПРАВЛЕНИЯ ТЕМПЕРАТУРОЙ ВНУТРИ ПОМЕЩЕНИЯ, ОСНОВАННАЯ НА ТЕХНОЛОГИИ СВЯЗИ ПО ВИДИМОМУ СВЕТУ
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[13] Research on Vehicle Control System Based on Speech Recognition Technology
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[14] Video Transmission Using Low-Cost Visible Light Communication
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[15] AUDIO TRANSMISSION AND WAVEFORM SHAPING USING VISIBLE LIGHT COMMUNICATION
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[16] Li-Fi based Data and Audio Communication
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[17] Host-to-host tcp/ip connection over serial ports using li-fi for internet connection
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[18] WIRELESS AUDIO TRANSMITTER
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[19] On the impact of visible light communication for audio and video transmissions
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[20] TRANSMISIÓN-RECEPCIÓN DE AUDIO VÍA LUZ VISIBLE
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[21] AUDIO TRANSMISSION AND COMPARATIVE ANALYSIS OF DIFFERENT LED FOR VISIBLE
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[22] TRANSMISIÓN Y RECEPCIÓN DE TEXTO MEDIANTE LUZ VISIBLE DE LEDS Y SENSOR DE LUZ (TRANSMISSION AND RECEPTION OF TEXT USING VISIBLE …
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[23] Přenos zvuku a obrazu pomocí modulace OFDM na bázi softwarově definovaného rádia pro komunikaci viditelným světlem (VLC)
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[24] A Review on Wireless Audio Transmission System for Real-Time Applications
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[25] Temperature Data Transfer Using Visible Light Communication
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[26] Rancang Bangun Layer Fisik Visible Light Communication Pada Sistem Transmisi Audio
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[27] DESIGN AND ANALYSIS OF VISIBLE LIGHT COMMUNICATION AND POSITIONING SYSTEMS
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[28] Single cell three-channel wavelength division multiplexing in visible light communication
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[29] Short-range audio transfer through 3 Watt white LED on LoS channels
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[30] Transmission of Digital Audio with Visible Light
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[31] Deliverable D2. 4
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[32] Performance improvement of noise content video using Raspberry Pi
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[33] Design and analysis of video information transmission system based on visible LED light communication
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[34] Realtime audio streaming using visible light communication
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[35] Design and Fabrication of Low Cost Optical Test Bench for Verification Applications
International Journal of Advanced Research in Computer and Communication Engineering, 2016
[36] Investigation of phosphor-LED lamp for real-time half-duplex wireless VLC system
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[37] Performance Analysis of Visible Light Communication System for Free Space Optical Communication Link
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[38] A review: real-time wireless audio–video transmission
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[39] 可见光通信应用前景与发展挑战
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[40] A Review: Real-Time Wireless Audio-Video Transmission
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[41] Image Motion and Pixel Illumination Modeling for Image Sensor Based Visible Light Communication
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[42] Real-Time Transmission Of Voice Over 802.11 Wireless Networks Using Raspberry Pi
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[43] LED BASED VISIBLE LIGHT COMMUNICATION: TECHNOLOGY, APPLICATIONS AND CHALLENGES–A SURVEY
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[44] Video Streaming in the Multiuser Indoor Visible Light Downlink
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[45] Impact Analyses of High-Order Light Reflections on Indoor Optical Wireless Channel Model and Calibration
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[46] Real-time white-light phosphor-LED visible light communication (VLC) with compact size
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[47] Data (Audio, Video, and Image) Transmission through Visible Light Communication: Li-Fi Technology
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