2021Unpublished venueRequires access

Automatic Discrimination of Sound Propagation Path Using CNN for Underwater Acoustic Communication

Etou Hiromu, Shingo Yoshizawa

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Abstract

The performance of underwater acoustic communication varies significantly depending on the propagation conditions of sound waves such as multipath interference and Doppler. The authors have presented the methods to reduce multipath interference and Doppler shift effects [1] [2] and a method to analyze communication characteristics using an underwater sound propagation simulator [3].

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What this paper is about

The performance of underwater acoustic communication varies significantly depending on the propagation conditions of sound waves such as multipath interference and Doppler. The authors have presented the methods to reduce multipath interference and Doppler shift effects [1] [2] and a method to analyze communication characteristics using an underwater sound propagation simulator [3].

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Available abstract

The performance of underwater acoustic communication varies significantly depending on the propagation conditions of sound waves such as multipath interference and Doppler. The authors have presented the methods to reduce multipath interference and Doppler shift effects [1] [2] and a method to analyze communication characteristics using an underwater sound propagation simulator [3].

Key concepts: Underwater acoustic communication, Multipath interference, Underwater, Acoustics, Multipath propagation, Interference (communication), Doppler effect, Computer science

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