Receiver for FTN Signaling in Non-Linear Channel: Joint Channel Estimation and Synchronization

FRAME SYNCHRONIZATION IN THE CASE OF A PHASE OFFSET INTRODUCED BY THE CHANNEL Let us study the robustness of our frame synchronization method when a phase offset θ is introduced by

Data-aided schemes are more suitable for applications re- quiring fast and reliable synchronization. A popular algorithm to perform timing synchronization and frequency offset

One of the motivations for the work presented in the paper is pre- cisely to propose low-complexity relaying schemes (comparable to the AF protocol complexity) that can be

The initial channel estimation is made in the time domain using PN sequence in the GI, while the second estimation is obtained using the rebuilt data symbols in the frequency

Reference [5] covers the usual maximum likelihood (ML), minimum mean square error (MMSE) and second- and forth- Order moment (M 2 M 4 ) algorithms performance for SNR es- timation

We then perform an LMMSE estimation of the sum of the physical and artificial channel using the filter covariance matrix and the channel estimation is obtained by subtracting

Joint Estimation of Carrier Frequency Offset and Channel Complex Gains for OFDM Systems in Fast Time-varying Vehicular Environments.. ICC 2010 - IEEE International Conference

The algorithm has been designed to work both with parametric L -path channel model (with known path delays) and equivalent discrete-time channel model to jointly estimate the