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An evaluation of pixel-based methods for the detection of floating objects on the sea surface
Borghgraef, A.; Barnich, O.; Lapierre, F.; Van Droogenbroeck, M.; Philips, W.; Acheroy, M. (2010). An evaluation of pixel-based methods for the detection of floating objects on the sea surface. Eurasip Journal on Advances in Signal Processing 2010: 978451. https://hdl.handle.net/10.1155/2010/978451
In: Eurasip Journal on Advances in Signal Processing: Cham. ISSN 1687-6180, more
Peer reviewed article  

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Keyword
    Marine

Authors  Top 
  • Borghgraef, A., more
  • Barnich, O.
  • Lapierre, F., more
  • Van Droogenbroeck, M.
  • Philips, W.
  • Acheroy, M., more

Abstract
    Ship-based automatic detection of small floating objects on an agitated sea surface remains a hard problem. Our main concern is the detection of floating mines, which proved a real threat to shipping in confined waterways during the first Gulf War, but applications include salvaging, search-and-rescue operation, perimeter, or harbour defense. Detection in infrared (IR) is challenging because a rough sea is seen as a dynamic background of moving objects with size order, shape, and temperature similar to those of the floating mine. In this paper we have applied a selection of background subtraction algorithms to the problem, and we show that the recent algorithms such as ViBe and behaviour subtraction, which take into account spatial and temporal correlations within the dynamic scene, significantly outperform the more conventional parametric techniques, with only little prior assumptions about the physical properties of the scene.

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