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  • An automatic and quantitative approach to the detection and tracking of acoustic scattering layers (supplemental code)

    Creator:
    Cade, David E. and Benoit-Bird, Kelly J.
    Abstract:
    Matlab code is included for detecting and tracking acoustic scattering layers from processed Echoview data. Acoustic scattering layers are ubiquitous, horizontally extensive aggregations of both vertebrate and invertebrate organisms that play key roles in oceanic ecosystems. However, currently there are no conventions or widely adaptable automatic methods for identifying these...
    Resource Type:
    Software or Program Code

  • LayerDetection.zip

    Creator:
    Cade, David E. and Benoit-Bird, Kelly J.
    Abstract:
    Matlab code is included for detecting and tracking acoustic scattering layers from processed Echoview data. Acoustic scattering layers are ubiquitous, horizontally extensive aggregations of both vertebrate and invertebrate organisms that play key roles in oceanic ecosystems. However, currently there are no conventions or widely adaptable automatic methods for identifying these...

  • README.txt

    Creator:
    Cade, David E. and Benoit-Bird, Kelly J.
    Abstract:
    Matlab code is included for detecting and tracking acoustic scattering layers from processed Echoview data. Acoustic scattering layers are ubiquitous, horizontally extensive aggregations of both vertebrate and invertebrate organisms that play key roles in oceanic ecosystems. However, currently there are no conventions or widely adaptable automatic methods for identifying these...