Visible light communications - Recent progresses and future outlooks

2010 Symposium on Photonics and Optoelectronic, SOPO 2010 - Proceedings

Volumn , Issue , 2010, Pages

  Zheng, Yueqiao ^a   Zhang, Minglun ^a  

^a BEIJING UNIVERSITY OF POSTS AND TELECOMMUNICATIONS   (China)

Author keywords

Light emitting diode (LED); Optical wireless communication; Visible light communication (VLC)

Indexed keywords

APPLICATION AREA; BANDWIDTH EXTENSION; COMMERCIAL APPLICATIONS; COMMUNICATION TECHNOLOGIES; HIGH-SPEED DATA TRANSMISSION; MODULATION BANDWIDTH; OPTICAL WIRELESS COMMUNICATIONS; RECENT PROGRESS; TRANSMISSION SPEED; VISIBLE LIGHT COMMUNICATIONS; WHITE LIGHT;

COMMUNICATION; INCANDESCENT LAMPS; LIGHT EMISSION; LIGHT EMITTING DIODES; LIGHT TRANSMISSION; LIGHTING; PHYSICAL OPTICS; WIRELESS TELECOMMUNICATION SYSTEMS;

OPTICAL COMMUNICATION;

EID: 77954890049     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: 10.1109/SOPO.2010.5504136     Document Type: Conference Paper

References (28)

1. http://www.vlcc.net
2. Juan Pablo Conti, What you see is what you send, pp 66-67, Engineering & Technology 8 November-21 November 2008
3. D. O'Brien et al.: Visible Light Communications: recent progress and challenges, 2008 IEEE
4. O'Brien, D.C. et al.: Visible Light Communications: challenges and possibilities, PIMRC, 2008
5. Joseph M. Kahn and John R. Barry, infrared wireless communications, pp. 265-298, Proceeding of The IEEE, Vol. 85 No.2, February, 1997
6. Jelena Vučić, et al.: Advances and Prospects in High-Speed Information Broadcast using Phosphorescent White-Light LEDs, ICTON 2009
7. Mostafa Z. Afgani et al.: Visible Light Communication Using OFDM, 6 pp.-134, TRIDNTCOM 2006
8. Grubor, J., et al.: Wireless high-speed data transmission with phosphorescent white-light LEDs, Proc. ECOC 07 (PDS 3.6), pp. 1-2. ECO [06.11], 16-20 Sep. 2007, Berlin, Germany
9. S.C.J Lee et al. Discrete Multi-tone for Novel Application Areas of Optical Communications, 163-164,LEOSST, 2008
10. Sung Wan Koo, et al.: High Speed VLC System Based on Turbo-Coded OFDM scheme, 1534-1537, ICACT, 2009
11. Le-Minh, H. et al.: High-Speed Visible Light Communications Using Multiple-Resonant Equalization, pp. 1243-1245, Photonics Technology Letters, 2008
12. Zeng, L. et al.: Improvement of Date Rate by using Equalization in an Indoor Visible Light Communication System. pp. 678-682, ICCSC, 2008.
13. Hoa Le Minh, et al.: 80 Mbit/s Visible Light Communications Using Pre-Equalized White LED, pp. 1-2, ECOC, 2008
14. Le Minh H. et al.: 100-Mbit/s NRZ Visible Light Communications Using a Post-Equalized White LED, University of Oxford.
15. Haswani Binti Che Wook, et al.: Visible Light Communication with LED-based Traffic Lights Using 2-Dimensional Image Sensor, pp 654-659, Volume E89-A , Issue 3, IEICE, 2006
16. Yoshino, M, et al.: High-accuracy Positioning System using Visible LED Lights and Image Sensor, pp 439-442, RWS, 2008
17. Xiaohan, Liu, et al.: Design of an Indoor Self-Positioning System for the Visually Impaired, IEMBS, 2007
18. Xiaohan, Liu, et al.: Basic Study on Indoor Location Estimation using Visible Light Communication Platform, pp 2377-2380, IEMBS, 2008
19. Masao Nagawaga et al.: A Switching Estimated Receiver Position Scheme for Visible Light Based Indoor Positioning System, ISWPC, 2009
20. Kitano, S. et al.: LED Road Illumination Communications System, pp. 3346- 3350 Vol.5, VETECF, 2003
21. Shintaro Arai. et al.: Experiment on Hierarchical Transmission Scheme for Visible Light Communication using LED Traffic Light and High-Speed Camera, WIVEC, 2007
22. Hara, T. et al.: A New Receiving System of Visible Light Communication for ITS, pp. 474-479, IVS, 2007
23. Iwasaki, S. et al.: Visible Light Road-to-Vehicle Communication using High-Speed Camera, pp. 13-18, IVS, 2008
24. H.Chinthaka N. , et al.: Detection of LED Traffic Light by Image Processing for Visible Light Communication System, pp. 179-184, IVS, 2009
25. Saito, T. et al.: A New Tracking Method using Image Sensor and Photo Diode for Visible Light Road-to-Vehicle Communication pp. 673-678, ICACT, 2008
26. Mase, S. et al.: Error Correcting Scheme for Road-to-Vehicle Visible Light Communication using LED Array pp. 1113-1117, ITSC, 2008
27. Hideaki, K. ,et al.: BER Characteristic of Ground-to-Train Communication System Using Free-Space Optics Technology, pp.165-169, ICTON, 2007
28. J. Vučić, et al.: 125 Mbps over 5 m Wireless Distance by Use of OOK-Modulated Phosphorescent White LEDs, ECOC, 2009