Add to ORKGAbstract Alamouti polarization-time block coding, combined with heterodyne detection, enables phase-diverse coherent detection using a single balanced photodiode without optical polarization tracking. A 10.7Gb/s OFDM signal is experimentally rotated over the full Poincare ́ sphere achieving a mean receiver sensitivity of-35.8dBm
It is predicted that demand in future optical access networks will reach multigigabit/s per user. Ho...
This paper presents an investigation of an optical transmission scheme using a single photodetector ...
We describe a novel approach to coherent detection which makes use of a dual polarization coherent r...
Alamouti polarization-time block coding, combined with heterodyne detection, enables phase-diverse c...
In an access network based on a passive optical network architecture, coherent detection is attracti...
We show that a simplified, single-photodiode per polarization heterodyne receiver is able to directl...
Alamouti space-time block code (STBC) combined with a simple heterodyne coherent receiver enables ph...
Polarization-time block-coded OFDM-QPSK downstream channels are robustly detected using a polarizati...
We present a simplified heterodyne receiver using one single ended photodiode per polarization for p...
Polarization diversity transmitter is proposed to realize polarization-insensitive coherent detectio...
We review recent work on low-complexity coherent transceivers for future optical access networks, us...
Digital coherent receivers employing Alamouti-coding are a promising solution for passive optical ne...
Polarization diversity is an alternative technique for coherent receivers to prevent loss to signal ...
We propose a heterodyne receiver with a single-photodiode per polarization for ONU receiver in low-c...
DGD pre-distortion implements a polarization time code enabling a single polarization coherent trans...
It is predicted that demand in future optical access networks will reach multigigabit/s per user. Ho...
This paper presents an investigation of an optical transmission scheme using a single photodetector ...
We describe a novel approach to coherent detection which makes use of a dual polarization coherent r...
Alamouti polarization-time block coding, combined with heterodyne detection, enables phase-diverse c...
In an access network based on a passive optical network architecture, coherent detection is attracti...
We show that a simplified, single-photodiode per polarization heterodyne receiver is able to directl...
Alamouti space-time block code (STBC) combined with a simple heterodyne coherent receiver enables ph...
Polarization-time block-coded OFDM-QPSK downstream channels are robustly detected using a polarizati...
We present a simplified heterodyne receiver using one single ended photodiode per polarization for p...
Polarization diversity transmitter is proposed to realize polarization-insensitive coherent detectio...
We review recent work on low-complexity coherent transceivers for future optical access networks, us...
Digital coherent receivers employing Alamouti-coding are a promising solution for passive optical ne...
Polarization diversity is an alternative technique for coherent receivers to prevent loss to signal ...
We propose a heterodyne receiver with a single-photodiode per polarization for ONU receiver in low-c...
DGD pre-distortion implements a polarization time code enabling a single polarization coherent trans...
It is predicted that demand in future optical access networks will reach multigigabit/s per user. Ho...
This paper presents an investigation of an optical transmission scheme using a single photodetector ...
We describe a novel approach to coherent detection which makes use of a dual polarization coherent r...