2018Unpublished venueRequires access

Underwater Acoustic Communication Using MIMO Hydrophone

T.S. Vishnu Priya, German Sanchez, N. R. Raajan

Open publisher page 5 citations

Abstract

Hydrophone is a type of microphone that are used in underwater for recording and also for listening to the underwater sound. Generally, Hydrophones are based upon the transducer named Piezo electric that can convert the sound signals into an electrical signals. Here the frequencies associated with the underwater acoustic communications are 10Hz-IMHz. Frequencies above 1 MHz is rarely used but they can be easily absorbed in underwater. In Underwater wireless communication the information is transmitted through the channel named as UAC channel. This paper deals with the gain brought by using the underwater MIMO channel techniques.

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What this paper is about

Hydrophone is a type of microphone that are used in underwater for recording and also for listening to the underwater sound. Generally, Hydrophones are based upon the transducer named Piezo electric that can convert the sound signals into an electrical signals. Here the frequencies associated with the underwater acoustic communications are 10Hz-IMHz. Frequencies above 1 MHz is rarely used but they can be easily absorbed in underwater. In Underwater wireless communication the information is transmitted through the channel named as UAC channel. This paper deals with the gain brought by using the underwater MIMO channel techniques.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Hydrophone is a type of microphone that are used in underwater for recording and also for listening to the underwater sound. Generally, Hydrophones are based upon the transducer named Piezo electric that can convert the sound signals into an electrical signals. Here the frequencies associated with the underwater acoustic communications are 10Hz-IMHz. Frequencies above 1 MHz is rarely used but they can be easily absorbed in underwater. In Underwater wireless communication the information is transmitted through the channel named as UAC channel. This paper deals with the gain brought by using the underwater MIMO channel techniques.

Key concepts: Underwater, Hydrophone, Underwater acoustic communication, Acoustics, Channel (broadcasting), Microphone, Underwater acoustics, Wireless

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