In this paper, a new transmitter-receiver structure for high speed train (HST) data
transmission and detection in fifth generation (5G) communication systems is proposed. This …

In this study, a new transmitter–receiver approach for high‐speed train (HST) downlink
orthogonal frequency division multiplexing (OFDM) data transmission and detection in fifth …

This paper proposes a transmitter–receiver architecture for the transmission and detection of
data from high-speed-trains (HSTs) to base-stations (BSs) in sixth-generation (6G) …

A reliable high-speed wireless communication is essential for high speed trains (HSTs) in
upcoming 5G communication cellular networks. Orthogonal frequency division multiplexing …

We propose a time variation channel estimation method for the Time Division Duplex-Long
Term Evolution (TDD-LTE) uplink in the high speed train (HST) environment. In the transform …

With increasing popularity of high speed trains and traffic forecast for future cellular
networks, the need to provide improved data rates using higher frequency bands (HFBs) for …

The upcoming 5G era is considered as a critical answer to future railway communication
needs. In this correspondence, we analyze the performance of sliding window time domain …

Abstract An efficient channel sounding method using cellular communication systems is
proposed for high-speed railway (HSR) propagation environments. This channel …

A novel channel estimation technique is proposed for the time-division-duplex long-term
evolution (TDD-LTE) single-carrier frequency-division multiple-access (SC-FDMA) system in …

The fifth generation (5G) wireless communication is currently a hot research topic and
wireless communication systems on high speed railways (HSR) are important applications …