A recent article published in this magazine has labeled fractional-order continuous-time
systems as the" 21st century systems". Indeed, this emerging research area is slowly gaining …

A new category of fractional-order filters, realized without employing a fractional-order
Laplacian operator is introduced in this work. This can be achieved through the utilization of …

The paper discusses a new design of a current–mode reconnection–less reconfigurable
fractional–order (FO) low–pass filter of various orders. The filtering structure is based on a …

Abstract The design of (1+ α) order, 0< α< 1, low pass Butterworth filter approximated in
terms of an integer order continuous-time transfer function using a nature-inspired …

Three fractional-order transfer functions are analyzed for differences in realizing (1+ α 1+ α)
order lowpass filters approximating a traditional Butterworth magnitude response. These …

Novel topologies of fractional‐order generalized filters are introduced in this paper. These
offer the following benefits:(1) realization of lowpass, highpass, bandpass, allpass, or …

In this paper, a new two-steps design strategy is introduced for the optimal rational
approximation of the fractional-order Butterworth filter. At first, the weighting factors of the …

In this paper we use a least-squares fitting routine to approximate the stopband ripple
characteristics of fractional-order inverse Chebyshev lowpass filters which have fractional …

Abstract Design, realization and performance studies of continuous-time fractional order
Kerwin–Huelsman–Newcomb (KHN) biquad filters have been presented. The filters are …

This paper proposes the design of fractional order (FO) Butterworth filter in complex w-plane
(w= sq; q being any real number) considering the presence of under-damped, hyper …