Title :
Joint synchronization and demodulation of trellis codes
fDate :
6/1/1994 12:00:00 AM
Abstract :
This paper examines the joint synchronization and detection of Ungerboeck coded modulation. Estimation theory is used to derive a synchronization structure that is efficient in estimating carrier phase and symbol timing. The maximum likelihood receiver generates estimates of carrier phase and timing that are free of data-dependent jitter for any continuous pulse shape. Various feedback schemes to be used with Ungerboeck codes are presented and simulated. Simulations show that efficient estimates of carrier and clock can be found when joint data and parameter estimation of an Ungerboeck coded signal is performed
Keywords :
decoding; demodulation; estimation theory; maximum likelihood estimation; parameter estimation; synchronisation; trellis codes; Ungerboeck coded modulation; Ungerboeck coded signal; Ungerboeck codes; carrier phase estimation; clock; continuous pulse shape; data estimation; data-dependent jitter; demodulation; estimation theory; feedback schemes; maximum likelihood receiver; parameter estimation; simulations; symbol timing; synchronization; trellis codes; Convolutional codes; Demodulation; Estimation theory; Maximum likelihood detection; Maximum likelihood estimation; Modulation coding; Phase estimation; Pulse generation; Synchronization; Timing;
Journal_Title :
Communications, IEEE Transactions on
