In underwater acoustic communication, the Doppler shift can severely degrade
demodulation performance. In addition, multipath signals can have the Doppler shifts that …

The Doppler effects is an important reason of the signal distortion generated in the mobile
communication. Especially in the underwater acoustic channel, for the propagation velocity …

Because of the limited bandwidth in underwater acoustic communication, the OFDM
technology has been widely studied in recent years in order to achieve high bandwidth …

It is prominent that underwater acoustic channel has inherently dispersive characteristics for
the communication due to multipath, relative mobility of hydrophones, small-large scale …

This paper describes a 32kHz bandwidth underwater acoustic Orthogonal Frequency
Division Multiple Access (OFDM) communication system to transmit higher definition image …

In underwater acoustic (UWA) communication, power efficiency is one of the important
characteristics. This paper is about multistream transmission using orthogonal signal …

The success of multicarrier modulation in the form of OFDM in radio channels illuminates a
path one could take towards high-rate underwater acoustic communications, and recently …

Orthogonal frequency division multiplexing multiple frequency shift keying (OFDM-MFSK) is
a promising modulation mode in low cost underwater acoustic (UWA) communication for its …

The large variability of communication properties of underwater acoustic channels, and
especially the strongly varying instantaneous conditions in shallow waters, is a challenge for …