Experimental Trials for the Dual Channel Acoustic Communication Protocol

The paper describes the Dual Channel Acoustic Communication Protocol (DCAP) and the results of its experimental trials. This open protocol has been developed as an extension of the SWiGacoustic standard proposed by the SWiG Working Group considering requirements and use cases. It enables networking capabilities, simultaneous low and high rate data transfer among acoustic nodes, and frequency division multiple access to the underwater channel. First, the protocol specification and the details of its implementation are described. Then, the methodology for the feasibility testing is presented, followed by the experimental trials at sea in two different environments: confined and open water. The results achieved show the feasibility of using this protocol to allow a network composed of acoustic nodes to simultaneously use low and high rate channels to exchange heterogeneous data through TDMA and FDMA.

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Publication Details

Journal
IEEE Internet of Things Journal
Published
2025-01-01
DOI
https://doi.org/10.1109/jiot.2025.3596010
Primary Topic
Speech and Audio Processing
Type
article
Field-Weighted Citation Impact
0.00

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article

Experimental Trials for the Dual Channel Acoustic Communication Protocol

Edmary Altamiranda, Daniele Spaccini, Chiara Petrioli, Giovanni Ettore Galioto et al.
IEEE Internet of Things Journal
Speech and Audio Processing
article

Experimental Trials for the Dual Channel Acoustic Communication Protocol

Edmary Altamiranda, Daniele Spaccini, Chiara Petrioli, Giovanni Ettore Galioto, Neil Judell, Concetta Baldone
article en

Abstract

The paper describes the Dual Channel Acoustic Communication Protocol (DCAP) and the results of its experimental trials. This open protocol has been developed as an extension of the SWiGacoustic standard proposed by the SWiG Working Group considering requirements and use cases. It enables networking capabilities, simultaneous low and high rate data transfer among acoustic nodes, and frequency division multiple access to the underwater channel. First, the protocol specification and the details of its implementation are described. Then, the methodology for the feasibility testing is presented, followed by the experimental trials at sea in two different environments: confined and open water. The results achieved show the feasibility of using this protocol to allow a network composed of acoustic nodes to simultaneously use low and high rate channels to exchange heterogeneous data through TDMA and FDMA.

IEEE Internet of Things Journal
Aker BP (Norway) (NO), Janssen (Italy) (IT), Optimal Solutions (United States) (US), Sapienza University of Rome (IT)
Aker BP
Openalex Percentile: Top 77%
Speech and Audio Processing
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