The re-configurable filter allows independent tuning of frequency and changes the
frequency response of the filter without switching the circuit components. Here, fractional …

In this paper, six optimal fractional-order transfer functions (FOTF) to approximate the
magnitude characteristics of a fractional-order highpass Butterworth filter (FHBF) are …

Fractional-order circuits are the emerging area for analyzing the parametric response of the
filters and its performance improvement can be analytically observed by using an …

A precise control in the stopband attenuation characteristics can be achieved by using the
fractional-step filters instead of the traditional integer-order filters. In this paper, nine nature …

Band-Stop filter is one of the key components in smart grids, wireless communications
systems, radar, and signal processing. Due to the ability of suppressing signals at specific …

Fractional-order filters are regarded as the generalization of classical filters. The traditional
Butterworth filter design approach involves rounding up the noninteger order to the nearest …

Fractional order filters offer greater freedom of design and a precise control over stopband
attenuation in electronic circuits and systems. This paper presents the design of a fractional …

This paper presents the designing of higher order fractional low pass, high pass and band
reject filters of order (n+ α), where n is the integer and α is the fractional step with value 0<; …

This paper explores how the use of fractional order filter influences the performance of
simple feedback control applied to the speed drive of an induction machine. Three …

This paper presents a torque control to drive the motors of a quadcopter UAV in order to
track the desired trajectories designed for a specific mission. As the quadcopter is an …