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2011•The Journal of the Acoustical Society of AmericaRequires access

The simulation research on the underwater communication system based on the vector hydrophone.

Guangpu Zhang

Open publisher page 1 citations

Abstract

In this paperC the vector hydrophone is applied to the OFDM underwater acoustic communication system. The directivity of vector hydrophone is used to shield the strong interference. The method has obvious effect on enhancing the anti-isotropic-interference, improving SNR, and reducing bit error rate. The result of simulation indicates that the OFDM communication system based on the vector hydrophone is the effective solution scheme for achieving the high speed underwater acoustic communication.

About this research paper

What this paper is about

In this paperC the vector hydrophone is applied to the OFDM underwater acoustic communication system. The directivity of vector hydrophone is used to shield the strong interference. The method has obvious effect on enhancing the anti-isotropic-interference, improving SNR, and reducing bit error rate. The result of simulation indicates that the OFDM communication system based on the vector hydrophone is the effective solution scheme for achieving the high speed underwater acoustic communication.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paperC the vector hydrophone is applied to the OFDM underwater acoustic communication system. The directivity of vector hydrophone is used to shield the strong interference. The method has obvious effect on enhancing the anti-isotropic-interference, improving SNR, and reducing bit error rate. The result of simulation indicates that the OFDM communication system based on the vector hydrophone is the effective solution scheme for achieving the high speed underwater acoustic communication.

Key concepts: Hydrophone, Underwater acoustic communication, Underwater, Directivity, Acoustics, Interference (communication), Underwater acoustics, Computer science

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