This paper presents a method for the frequency domain design of infinite impulse response
(IIR) digital filters. The proposed method designs filters approximating prescribed magnitude …

The design of FIR digital filters with a complex-valued desired frequency response using the
Chebyshev error is investigated. The complex approximation problem is converted into a …

A hybrid Taguchi genetic algorithm (HTGA) is applied in this paper to solve the problem of
designing optimal digital infinite-impulse response (IIR) filters. The HTGA approach is a …

A new real-time IIR filter structure is presented that possesses exact phase linearity with 10-
1000 times fewer general multiplies than conventional FIR filters of similar performance and …

In this work, an iterative linear programming approach is presented to design stable IIR
digital filters with prescribed magnitude and phase responses. At each iteration, the complex …

In this paper, based on both the features of a biological immune system and the systematic
reasoning ability of the Taguchi method, an improved immune algorithm, named the Taguchi …

Linear phase is an important characteristic of digital filters in many signal processing
applications. In this paper, two iterative reweighted minimax phase error algorithms are …

The problem of IIR (infinite impulse response) digital filter design in the complex domain is
formulated in a way such that the existence of the best approximation is guaranteed. An …

A technique to design IIR filters with linear phase in the passband is presented. This
technique is based on model reduction of an FIR prototype using frequency weighting to …

This thesis presents several new algorithms for designing digital lters subject to specications
in the frequency domain. Finite impulse response (FIR) as well as in nite impulse response …