Li-Fi Information
Lectures
- Wireless Data From Every Light Bulb, TED, 2011
- Inaugural talk
- Tam Dalyell Price Lecture 2014
- IEEE Webinar
- NI Days London 2013
Presentation
Papers
- [2006] First paper on practical OFDM implementation for VLC
- [2009] High data rate VLC
- [2011] VLC Overview paper
- [2011] Synchronisation in Li-Fi
- [2011] Practical Implementation and Non-Linear Effects of Optical OFDM in Li-Fi
- [2012] OFDM signal shaping for Li-Fi
- [2012] Optimum OFDM signal shaping for Li-Fi
- [2012] Comparison of different OFDM schemes for Li-Fi
- [2012] Enhanced subcarrier index modulation for Li-Fi
- [2012] Spatial Modulation for Li-Fi
- [2012] Unipolar OFDM for Li-Fi
- [2012] Pulse Shaping for OFDM applied to Li-Fi
- [2012] Dimming in Li-Fi
- [2012] Interference coordination in optical attocell networks
- [2013] First introduction of optical attocells
- [2013] Capacity of OFDM applied to Li-Fi
- [2013] Complete Modelling of Non-linearities
- [2013] Space Shift Keying MIMO Li-Fi
- [2013] How to avoid DAC converter in Li-Fi
- [2013] Non-DC-biased OFDM for Li-Fi
- [2013] Fractional Frequency Reuse for Optical Attocell Networks
- [2013] Area Spectral Efficiency of Optical Attocell Networks
- [2014] First Practical Implementation of Space Shift Keying for Li-Fi (pre-print)
- [2014] Beyond Point-to-Point -- Li-Fi Overview (pre-print)
- [2014] Li-Fi Overview (pre-print)
- [2014] Avoiding Spectral Efficiency Loss in Unipolar OFDM for Optical Wireless Communication (pre-print)
Videos
Spatial Modulation
This video explains how "Spatial Modulation" works. Spatial modulation is a radically new digital modulation techniques that exploits multiple transmitters (RF antennas or LEDs in the case of Li-Fi) in a unique fashion.
Supporting slides can be found here:
Li-Fi / Optical attocell networks
More to follow.
