Digital filters can be broadly classified into two groups: recursive (infinite impulse response
(IIR)) and non-recursive (finite impulse response (FIR)). An IIR filter can provide a much …

A few words on the second edition. By a nice coincidence, Springer's proposal to revise the
book came when I was giving a serious thought to the idea. Ten years have passed and my …

This paper presents an overview on advancement made in designing of a digital infinite
impulse response (IIR) filter. The design problem of an IIR filter was found to be challenging …

A new design method is proposed for the power or shaped beam pattern synthesis problem
of narrowband conformal arrays, where only the magnitude response is specified. The …

The effective design of FIR filters requires judicious compromises to be made between
competing properties of the filter. As we have argued herein, when those properties lie in a …

In this paper, a novel method for IIR digital filter design using iterative second-order cone
programming (SOCP) is proposed under the minimax criterion. The convex relaxation …

A new optimization method for the design of nearly linear-phase IIR digital filters that satisfy
prescribed specifications is proposed. The group-delay deviation is minimized under the …

Condition monitoring of mechanical systems based on vibration is one of the most effective
and useful techniques for predictive maintenance. With advancements in image processing …

This paper explores the pole-placement design problem of a robust stable infinite-impulse-
response (IIR) filter to attenuate or eliminate the undesired measurement noise and …

The minimax design of infinite impulse response (IIR) digital filters is a nonconvex
optimization problem, and thus has many local minima. It is shown in this correspondence …