Add to ORKGWe propose and demonstrate least radial distance based carrier-phase recovering method for 16-QAM coherent optical systems. Through numerical analysis, we found proposed scheme has less than 2dB SNR penalty when laser linewidth-symbol-duration-product product Δv Ts ≅ 1 × 10-4 range. © 2013 IEICE
We propose a new radial directed joint equalization technique for blind adaptive equalization and Ca...
We benchmark blind carrier phase recovery DSP circuits in terms of SNR penalty, power dissipation, l...
We propose and demonstrate a new 112 Gbps Polarization division Multiplexing digital optical coheren...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
We propose and demonstrate a low complexity non decision directed blind carrier recovery algorithm (...
We propose and demonstrate a low complexity blind Level Discrimination Carrier Recovery Algorithm (L...
This paper presents a hardware-efficient carrier phase estimator with high-linewidth tolerance for 1...
Blind equalization and carrier phase recovery in a simulated 14 Gbaud 16-QAM optical coherent system...
This letter presents the carrier phase recovery for 16-ary quadrature amplitude modulation (16-QAM) ...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
International audienceA novel feedforward M-QAM carrier phase recovery is presented and validated wi...
Abstract: We propose a novel carrier phase estimator based on two-stage Viterbi-Viterbi and QPSK par...
Noé R, Hoffmann S, Wördehoff C, Al-Bermani A, El-Darawy M. Advances in Coherent Optical Modems and 1...
The laser linewidth tolerance for 16-ary quadrature amplitude modulation (16-QAM) coherent optical s...
Al-Bermani A, Wördehoff C, Puntsri K, Omar J, Rückert U, Noe R. Real-time synchronous 16-QAM Optical...
We propose a new radial directed joint equalization technique for blind adaptive equalization and Ca...
We benchmark blind carrier phase recovery DSP circuits in terms of SNR penalty, power dissipation, l...
We propose and demonstrate a new 112 Gbps Polarization division Multiplexing digital optical coheren...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
We propose and demonstrate a low complexity non decision directed blind carrier recovery algorithm (...
We propose and demonstrate a low complexity blind Level Discrimination Carrier Recovery Algorithm (L...
This paper presents a hardware-efficient carrier phase estimator with high-linewidth tolerance for 1...
Blind equalization and carrier phase recovery in a simulated 14 Gbaud 16-QAM optical coherent system...
This letter presents the carrier phase recovery for 16-ary quadrature amplitude modulation (16-QAM) ...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
International audienceA novel feedforward M-QAM carrier phase recovery is presented and validated wi...
Abstract: We propose a novel carrier phase estimator based on two-stage Viterbi-Viterbi and QPSK par...
Noé R, Hoffmann S, Wördehoff C, Al-Bermani A, El-Darawy M. Advances in Coherent Optical Modems and 1...
The laser linewidth tolerance for 16-ary quadrature amplitude modulation (16-QAM) coherent optical s...
Al-Bermani A, Wördehoff C, Puntsri K, Omar J, Rückert U, Noe R. Real-time synchronous 16-QAM Optical...
We propose a new radial directed joint equalization technique for blind adaptive equalization and Ca...
We benchmark blind carrier phase recovery DSP circuits in terms of SNR penalty, power dissipation, l...
We propose and demonstrate a new 112 Gbps Polarization division Multiplexing digital optical coheren...