DESIGN OF STABLE TWO-DIMENSIONAL IIR DIGITAL FILTERS. WITH ARBITRARY MAGNITUDE FUNCTION. Takao Kobayashi, Kazuyoshi Fukushi*† Keiichi Tokuda,** and Satoshi ...
Abstract. A technique for designing two-dimensional (2-D) digital filters which can approximate arbitrary magnitude functions is proposed.
The authors propose a technique for designing IIR (infinite impulse response) digital filters to have an arbitrary log magnitude frequency response based on ...
and S.Imai, Design of IIR Digital Filters With Arbitrary Log Magnitude Function ... and B.A.Shenoi, Design of Stable Two-Dimensional IIR Filters Using Digital ...
Jun 1, 2022 · ▷ We propose a WLS design method to design 2-D IIR filters having arbitrary magnitude responses and approximately constant group delays ...
This paper proposes a technique for designing separable-denominator variable two-dimensional (2-D) digital filters having variable magnitude characteristics, ...
Abstract-The theory for designing finite-duration impulse re- sponse (FIR) digital filters can readily be extended to two or more dimensions.
This paper presents an algorithm for the frequency do- main design of in nite impulse response (IIR) digital lters with prescribed magnitude and phase responses.
Missing: two- | Show results with:two-
This example shows how to design filters with customized magnitude and phase specifications. Many filter design problems focus on the magnitude response only.
In this paper, an alternative technique for 2-D variable digital filters is proposed. The filter coefficients are expressed as analytic functions with their ...