Multi-carrier faster-than-Nyquist (MFTN) signaling constitutes a promising spectrally efficient
non-orthogonal physical layer waveform. In this correspondence, we propose a pair of low …

The increase in the throughput of digital television and radio broadcasting (DVB) channels
can be achieved due to application of signals with a compact spectrum and a relatively small …

This paper presents the study of 5G coding schemes application to Faster than Nyquist
transmission with optimal signals. Comparison of LDPC and Polar coding performance with …

One of the ways to increase the volume of transmitted information is to increase the bit rate
above the Nyquist barrier. However, an increase in bit rate in the case of FTN (Faster-Than …

The coherent (pilot sequence based detection) and noncoherent (differentially encoded PSK
modulation) detection algorithms of FTN signaling is discussed in this paper. A comparison …

The paper presents a method for optimizing single-frequency signals, taking into account a
multipath transmission channel. In data transmission systems, the problem of multipath is …

Faster-than Nyquist (FTN) signaling is a research topic that has been drawing increased
attention due to its capability of improving transmission speed without the need of extra …

The use of Kahn method or envelope tracking transmitters in communication systems will
increase their efficiency. However, the modulation power supply used in these transmitters …

In this paper, we propose an algorithm for channel estimation and equalization for the OTFS
system using pilot symbols inserted in the delay-Doppler domain. We obtained the bit error …

This paper proposes a low complexity receiver that outperforms the MLD in overloaded
MIMO-OFDM systems. The proposed receiver applies iterative noise cancellation to improve …