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Vertical spatial coherence model for a transient signal forward-scattered from the sea surface

IEEE Journal of Oceanic Engineering
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Abstract

The treatment of acoustic energy forward scattered from the sea surface, which is modeled as a random communications scatter channel, is the basis for developing an expression for the time-dependent coherence function across a vertical receiving array. The derivation of this model uses linear filter theory applied to the Fresnel-corrected Kirchhoff approximation in obtaining an equation for the covariance function for the forward-scattered problem. The resulting formulation is used to study the dependence of the covariance on experimental and environmental factors. The modeled coherence functions are then formed for various geometrical and environmental parameters and compared to experimental data.

Additional publication details

Publication type Article
Publication Subtype Journal Article
Title Vertical spatial coherence model for a transient signal forward-scattered from the sea surface
Series title IEEE Journal of Oceanic Engineering
Volume 21
Issue 1
Year Published 1996
Language English
Larger Work Type Article
Larger Work Subtype Journal Article
Larger Work Title IEEE Journal of Oceanic Engineering
First page 24
Last page 36
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