Sound Sources Localization Algorithm In Shallow Sea Based On Vtrm

2020 IEEE INTERNATIONAL CONFERENCE ON CONSUMER ELECTRONICS - TAIWAN (ICCE-TAIWAN)(2020)

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Abstract
This paper deals with the problem of the sound sources near-field localization in shallow water. It is important to develop algorithm for solving the problem of the non-point sources localization in the multi-path channel. The key work of this paper is to introduce a phase conjugation virtual time reversal mirror (VTRM) anti-multipath algorithm used in focused beamforming. Because of making full use of the spatial geometric relationship between scanning planar and receiving array in the near-field, the algorithm can estimate the channel impulse response function without any information about the channel and receiving signals, and can match the practical channel effectively.
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Key words
receiving array,channel impulse response function,receiving signals,practical channel,sound sources localization algorithm,shallow sea,VTRM,sound sources near-field localization,shallow water,nonpoint sources localization,multipath channel,phase conjugation virtual time reversal mirror anti-multipath algorithm,spatial geometric relationship,scanning planar,focused beamforming
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