A novel methodology for estimating the optimum pole allocation of allpass group delay
equalizers with real coefficients is introduced. A computer-aided algorithm, whose input is …

This paper presents a new technique for designing IIR filters that have minimum deviation
from equiripple response. The algorithm is also able to find transfer functions with unequal …

The realisation of switched-capacitor decimation filters employing transfer functions with
fewer number of poles (outside the origin of the z plane) than zeros is presented. The design …

This paper introduces a novel procedure for the design of IIR discrete-time filters. The
solution is obtained in the minimax sense through an optimization procedure termed …

IIR and FIR filters are widely used in digital signal processing. The choice of one of these
methods depends on the design requirements. In this paper, the two filter design methods …

A new switched-capacitor decimation filter design technique is presented. Based on a
combination of the polyphase decomposition of IIR low-pass transfer functions having small …

This paper introduces a novel procedure for the design of IIR digital filters using linearized
equation systems. The equations are related to the poles and zeros radii and angles, and …

It is known that approximate linear phase frequency response may satisfy system
requirements in many applications. In such cases, UR filters could replace with advantages …

The integrated circuit design of a switched-capacitor filter for Bluetooth specifications is
described. It was based on the optimum allocation of poles and zeros to generate a transfer …

This paper presents theoretical results on the uncertainty principle and the sparse
reconstruction of rational transfer functions in a dictionary of two orthonormal rational …