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DTSTAMP:20231001T165826Z
UID:7F73386C-C777-4B90-9F46-DB2934A372B4
DTSTART;TZID=America/New_York:20230928T140000
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DESCRIPTION:Visible light communication (VLC) is using light emitting diode
  (LED) to support both information transmission and localization\, known a
 s an appealing alternative to radio frequency (RF) communication technolog
 y for indoor broadband applications. It is even considered as a promising 
 candidate for upcoming 6G with the support of backbone network. Power line
  communication (PLC) systems utilize the ubiquitous power line network to 
 provide electricity to LED lamps and also serves as the backbone network f
 or VLC applications. A novel and cost-effective indoor broadband broadcast
 ing system\, integrating both VLC and PLC systems with little modification
  to the current infrastructure has been proposed with better coverage. 5G 
 networks can also serve as the backbone of VLC. This talk covers the recen
 t research progress and prototyping development in this area focusing on c
 ommunication and locationing on top of illumination. The non-intrusive opt
 ical therapy with light manipulation will also be introduced with prelimin
 ary results\, and the future trends will also be addressed.\n\nSpeaker(s):
  Jian Song\, \n\nRoom: 3445\, Bldg: Amit Chakma Engineering Building\, 115
 1 Richmond St\, London\, Ontario\, Canada\, N6A 3K7
LOCATION:Room: 3445\, Bldg: Amit Chakma Engineering Building\, 1151 Richmon
 d St\, London\, Ontario\, Canada\, N6A 3K7
ORGANIZER:pjia7@uwo.ca
SEQUENCE:15
SUMMARY:The State of Art\, Challenges and Opportunities for the Deeply Inte
 grated Visible Light Communications
URL;VALUE=URI:https://events.vtools.ieee.org/m/375763
X-ALT-DESC:Description: <br /><p>Visible light communication (VLC) is using
  light emitting diode (LED) to support both information transmission and l
 ocalization\, known as an appealing alternative to radio frequency (RF) co
 mmunication technology for indoor broadband applications. It is even consi
 dered as a promising candidate for upcoming 6G with the support of backbon
 e network. Power line communication (PLC) systems utilize the ubiquitous p
 ower line network to provide electricity to LED lamps and also serves as t
 he backbone network for VLC applications. A novel and cost-effective indoo
 r broadband broadcasting system\, integrating both VLC and PLC systems wit
 h little modification to the current infrastructure has been proposed with
  better coverage. 5G networks can also serve as the backbone of VLC. This 
 talk covers the recent research progress and prototyping development in th
 is area focusing on communication and locationing on top of illumination. 
 The non-intrusive optical therapy with light manipulation will also be int
 roduced with preliminary results\, and the future trends will also be addr
 essed.</p>
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