1997Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Algorithmic improvements to the real-time implementation of a synthetic aperture sonar beam former

Douglas Freeman

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Abstract

Coastal Systems Station has translated its synthetic aperture sonar beamformer from linear processing to parallel processing. The initial implementation included many linear processes delegated to individual processors and neglected algorithmic refinements available to parallel processing. The steps taken to achieve increased computational speed for real-time beam forming are presented.

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Coastal Systems Station has translated its synthetic aperture sonar beamformer from linear processing to parallel processing. The initial implementation included many linear processes delegated to individual processors and neglected algorithmic refinements available to parallel processing. The steps taken to achieve increased computational speed for real-time beam forming are presented.

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Available abstract

Coastal Systems Station has translated its synthetic aperture sonar beamformer from linear processing to parallel processing. The initial implementation included many linear processes delegated to individual processors and neglected algorithmic refinements available to parallel processing. The steps taken to achieve increased computational speed for real-time beam forming are presented.

Key concepts: Synthetic aperture sonar, Sonar, Sonar signal processing, Computer science, Synthetic aperture radar, Aperture (computer memory), Beam (structure), Signal processing

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