Add to ORKGWe introduce an application-specific circuit that can be programmed to efficiently perform blind carrier phase recovery for different modulation formats. A circuit implementation that supports QPSK/16/32/64QAM is evaluated
We propose and experimentally verify a fully-blind scheme for equalization and carrier-phase recover...
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
When demodulating signals in communication systems with QPSK modulation operating in the pulsed mode...
A blind frequency and phase search algorithm for joint frequency and phase recovery is introduced. T...
A feedforward pilot-symbols-aided carrier-phase recovery scheme is described. The approach relies on...
A feed-forward pilot-symbols aided carrier phase recovery scheme is described. The approach relies ...
We benchmark blind carrier phase recovery DSP circuits in terms of SNR penalty, power dissipation, l...
[[abstract]]© 2002 Institute of Electrical and Electronics Engineers - In this paper, we present a n...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
In order to increase the efficiency of dedicated frequency channels, i.e. to increase the specific d...
In many applications, it is economical for a single modem to receive multiple modulation formats. In...
AbstractThis paper provides a study of adaptive phase recovery in quadrature amplitude modulation (Q...
This paper presents an analysis of a synchronization circuit to be used for carrier-phase and symbol...
Digital communication has proven to be the most efficient method of data transmission especially whe...
We propose and experimentally verify a fully-blind scheme for equalization and carrier-phase recover...
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
When demodulating signals in communication systems with QPSK modulation operating in the pulsed mode...
A blind frequency and phase search algorithm for joint frequency and phase recovery is introduced. T...
A feedforward pilot-symbols-aided carrier-phase recovery scheme is described. The approach relies on...
A feed-forward pilot-symbols aided carrier phase recovery scheme is described. The approach relies ...
We benchmark blind carrier phase recovery DSP circuits in terms of SNR penalty, power dissipation, l...
[[abstract]]© 2002 Institute of Electrical and Electronics Engineers - In this paper, we present a n...
A novel three-stage digital feed-forward carrier recovery algorithm based on the transformation of 6...
A low-complexity and single-stage carrier phase recovery algorithm is presented for 16 quadrature-am...
In order to increase the efficiency of dedicated frequency channels, i.e. to increase the specific d...
In many applications, it is economical for a single modem to receive multiple modulation formats. In...
AbstractThis paper provides a study of adaptive phase recovery in quadrature amplitude modulation (Q...
This paper presents an analysis of a synchronization circuit to be used for carrier-phase and symbol...
Digital communication has proven to be the most efficient method of data transmission especially whe...
We propose and experimentally verify a fully-blind scheme for equalization and carrier-phase recover...
In this letter, a novel two-stage digital feed forward carrier recovery algorithm for 64-ary quadrat...
When demodulating signals in communication systems with QPSK modulation operating in the pulsed mode...