Use of a programmable filter for inverse filtering
D. Behar, H. Olaisen, G. S. Kino, D. Corl, P.M. Grant
Abstract
D. Behar, H. Olaisen, G. S. Kino, D. Corl, P.M. Grant
Abstract
A real-time deconvolution or inverse filter, operating at signal frequencies up to 5 MHz, is reported. The programmable digital filter is controlled by a computer which calculates the Wiener-filter solution using f.f.t. techniques. Deconvolved signals can be clearly discriminated after passing through a distorting medium.
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A real-time deconvolution or inverse filter, operating at signal frequencies up to 5 MHz, is reported. The programmable digital filter is controlled by a computer which calculates the Wiener-filter solution using f.f.t. techniques. Deconvolved signals can be clearly discriminated after passing through a distorting medium.
Key concepts: Inverse filter, Deconvolution, Digital filter, Filter (signal processing), Root-raised-cosine filter, Wiener filter, Inverse, Wiener deconvolution