A detailed simulative and experimental analysis of different CPE schemes for 64-QAM systems is presented. The best compromise between linewidth tolerance and complexity is achieved using a recently proposed multi-stage architecture, based on a modification of the standard V&V algorithm
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
As spatial division multiplexed transmission systems employing few mode fibers (FMFs) rely heavily o...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
A detailed simulative and experimental analysis of different CPE schemes for 64-QAM systems is prese...
Two novel low-complexity multi-stage digital feedforward carrier phase estimation (CPE) algorithms f...
We propose and analyze a multi-stage architecture for carrier phase-estimation in 64-QAM systems, ba...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
A low-complexity feed-forward carrier phase estimation (CPE) technique is presented for dual-polariz...
The performance of different standard single-stage carrier phase estimation (CPE) algorithms for mul...
We present a statistical inference based multi-pilot aided CPE algorithm and analyze its performance...
This paper presents a hardware-efficient carrier phase estimator with high-linewidth tolerance for 1...
Abstract: We propose a novel carrier phase estimator based on two-stage Viterbi-Viterbi and QPSK par...
A detailed analysis of different CPE schemes for 256- QAM signals is presented. Viterbi&Viterbi algo...
We present a statistical inference based multi-pilot aided CPE algorithm and analyze its performance...
A novel low-complexity two-stage digital feedforward carrier phase estimation algorithm based on the...
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
As spatial division multiplexed transmission systems employing few mode fibers (FMFs) rely heavily o...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
A detailed simulative and experimental analysis of different CPE schemes for 64-QAM systems is prese...
Two novel low-complexity multi-stage digital feedforward carrier phase estimation (CPE) algorithms f...
We propose and analyze a multi-stage architecture for carrier phase-estimation in 64-QAM systems, ba...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
A low-complexity feed-forward carrier phase estimation (CPE) technique is presented for dual-polariz...
The performance of different standard single-stage carrier phase estimation (CPE) algorithms for mul...
We present a statistical inference based multi-pilot aided CPE algorithm and analyze its performance...
This paper presents a hardware-efficient carrier phase estimator with high-linewidth tolerance for 1...
Abstract: We propose a novel carrier phase estimator based on two-stage Viterbi-Viterbi and QPSK par...
A detailed analysis of different CPE schemes for 256- QAM signals is presented. Viterbi&Viterbi algo...
We present a statistical inference based multi-pilot aided CPE algorithm and analyze its performance...
A novel low-complexity two-stage digital feedforward carrier phase estimation algorithm based on the...
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
As spatial division multiplexed transmission systems employing few mode fibers (FMFs) rely heavily o...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...