This paper describes an algorithm for finding the multiplierless coefficient representations for adjustable fractional-delay (AFD) all-pass filters.

Abstract—This paper describes an algorithm for finding the multi- plierless coefficient representations for adjustable fractional-delay (AFD) all-pass ...

This paper investigates the optimal design of allpass variable fractional delay (VFD) filters with coefficients expressed as sums of signed powers-of-two ...

An algorithm for the design of allpass variable fractional delay filter with powers-of-two coefficients as a means of achieving low complexity and efficient ...

A method for the design and efficient implementation of Farrow-based digital filters with continuously variable bandwidth and fractional delay is presented.

This paper describes an algorithm for finding the multiplierless coefficient representations for adjustable fractional-delay (AFD) all-pass filters.

Design and Implementation of Multiplierless Adjustable Fractional-Delay All-Pass Filters. No description defined. In more languages. Spanish. No label defined.

This paper presents a low-power design and implementation approach for multiplierless FIR filters by reducing switching activity between filter coefficients.

Abstract. This paper proposes new structures for realizing tunable 2-D fan and elliptical filters with different spectral characteristics using McClellan ...

This paper studies the design and multiplier-less realization of variable fractional delay matched filters (VFD-MFs), which provide matching filtering and ...