Add to ORKGWe present an implementation of a 84 Mbit/s optical wireless link based on commercially available LED luminaries. A quasi-error-free data transmission was accomplished over typical indoor distances, e.g., between ceiling lamp and writing desk, by use of discrete-multitone modulation
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
For the first time, we present optimized indoor visible light links at up to 806 Mbit/s using a sing...
Spectrally efficient data transmission with white light-emitting diodes (LEDs) is a topic of increas...
We report a first indoor wireless visible-light link operating up to 230 Mbit/s by use of on-off-key...
We report a visible-light wireless point-to-point communication link operating at 513 Mbit/s gross t...
n this paper, we present experimental results on optical wireless transmission using commercially av...
We demonstrate the first gigabit-class connectivity by using a DMT modulation of a commercial white ...
We demonstrate the first gigabit-class connectivity by using a DMT modulation of a commercial white ...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
This letter reports an experimental demonstration of indoor wireless visible-light communication tra...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
We report a wireless visible-light link operating for the first time at 125 Mbit/s over 5 m distance...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
For the first time, we present optimized indoor visible light links at up to 806 Mbit/s using a sing...
Spectrally efficient data transmission with white light-emitting diodes (LEDs) is a topic of increas...
We report a first indoor wireless visible-light link operating up to 230 Mbit/s by use of on-off-key...
We report a visible-light wireless point-to-point communication link operating at 513 Mbit/s gross t...
n this paper, we present experimental results on optical wireless transmission using commercially av...
We demonstrate the first gigabit-class connectivity by using a DMT modulation of a commercial white ...
We demonstrate the first gigabit-class connectivity by using a DMT modulation of a commercial white ...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
This letter reports an experimental demonstration of indoor wireless visible-light communication tra...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
International audienceHigh spectral efficiency is a key element that drives research for future wire...
We report a wireless visible-light link operating for the first time at 125 Mbit/s over 5 m distance...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...
We demonstrate gigabit-class indoor visible optical wireless transmission using commercial component...