The multipath spread in underwater acoustic channels is severe and, therefore, when the
symbol rate of the time reversal (TR) acoustic communication using single-carrier (SC) …

Passive time reversal (PTR) technique can be exploited to reduce inter-symbol interference
(ISI) span and co-channel interference (CCI) span to some extent in the multiple-input …

Open ocean shallow water channels are characterized to be time varying, dispersive and
multipath environment causes severe Inter Symbol Interference (ISI). Passive time reversal …

The shallow-water acoustic channel differs from radio channels in many aspects. Two
fundamental mechanisms of multipath formation are reflection at the boundaries and ray …

Due to the significant multipath and Doppler effects in the underwater acoustic (UWA)
channel, the quality of the received signal is degraded, which seriously affects the …

Recently, time reversal (TR) communications has been extended to time-varying channels.
The basic idea is to implement it on a block-by-block basis such that within each block the …

In this paper, the bit error rate (BER) performance of time reversal (TR)-underwater acoustic
communication (UAC) and non-TR-UAC is evaluated, considering channel degradation …

Many advanced channel estimation and equalization algorithms have been proposed for
high-rate coherent underwater acoustic communications. However, these algorithms are …

Recently time reversal (TR) communications has been extended to time-varying channels.
The basic idea is to implement it on a block-by-block basis such that within each block the …

In this letter, multiband acoustic communication is proposed to access a relatively wide
frequency band. The entire frequency band is divided into multiple separated sub-bands …