Magnetic field signal at a depth of 30m in seawater.

Citation Author(s):
Yu
Liu
Submitted by:
Shuhong Gong
Last updated:
Fri, 05/22/2020 - 04:13
DOI:
10.21227/t9ww-dg40
Data Format:
.dat
License:
Creative Commons Attribution
133 Views
Categories:
Digital signal processing
Keywords:
underwater wireless communication, magnetic field, FSK.
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Abstract 

We conducted an undersea magnetic induction (MI) communication experiment in the South China Sea to demonstrate the feasibility of a rotating permanent magnet transmitter. The rotating permanent magnet transmitter is placed on the floating platform for generating the inductive magnetic field, and a ferrite-rod coil with the glue-filled waterproof seal is hung in the seawater as a receiving antenna. This data is a received magnetic signal at a depth of 30 m in seawater.
 

 

Instructions: 

Digital data processing.

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