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Showing 1 to 3 of 3 for “"Pseudoinverse filter"”.

  1. Physically constrained maximum likelihood (PCML) mode filtering and its application as a pre-processing method for underwater acoustic communication

    Mode filtering is most commonly implemented using the sampled mode shape or pseudoinverse algorithms. Buck et al placed these techniques in the context of a broader maximum a posteriori (MAP) framework. However, the MAP algorithm requires that the signal and noise statistics be known a priori. …

    woods-hole Repository record for Physically constrained maximum likelihood (PCML) mode filtering and its application as a pre-processing method for underwater acoustic communication (opens in a new tab)

  2. Physically constrained maximum likelihood (PCML) mode filtering and its application as a pre-processing method for underwater acoustic communication

    Mode filtering is most commonly implemented using the sampled mode shape or pseudoinverse algorithms. Buck et al [1] placed these techniques in the context of a broader maximum a posteriori (MAP) framework. However, the MAP algorithm requires that the signal and noise statistics be known a priori. …

    mit Repository record for Physically constrained maximum likelihood (PCML) mode filtering and its application as a pre-processing method for underwater acoustic communication (opens in a new tab)

  3. Post-beamforming filtering for enhanced contrast resolution in medical ultrasound.

    … research addresses the use of post-beamforming pseudoinverse filtering algorithms for restoring contrast resolution in pulse-echo medical ultrasound imaging. Limited contrast resolution is probably the single most important limitation of ultrasound compared with leading medical imaging …

    umn Repository record for Post-beamforming filtering for enhanced contrast resolution in medical ultrasound. (opens in a new tab)