Non-integer order filters can be derived from a generalized structure presented in this work.
More specifically, fractional-order and power-law filters of single-or double-order are special …

A novel kind of non-integer order bilinear filters, named double-order bilinear filters, is
introduced in this work. They are based on the employment of two non-integer orders …

This paper presents the optimal and generalized design of three different fractional-order
(FO) transitional filters for the first time in the literature. The transitional filters considered are …

This paper proposes a new electronic analog circuit to realize real-time fully configurable
continuous-time transfer function. The proposed circuit serves various purposes, including …

This paper compares the analytical approach and optimization algorithm for designing a two-
bilinear-section-based two-port transfer function hinged on a numerical sweep with the …

A systematic method for realizing filters with a Gaussian impulse response is introduced in
this work. For this purpose, the Laplace transform is used to obtain the transfer function …

A topology which is suitable for emulating the filtering operation performed by the vocal tract
is presented in this work. The main offered advantage is that the frequency characteristics …

This paper presents the CMOS circuit realization of a low-pass Inverse Chebyshev fractional-
order filter (FOF) of order (1+ α) using the inverse-follow-the-leader feedback (IFLF) …

In this study, the Lorenz system electronic implementation is performed using an RC low-
pass filter within the xyz state equations. This electronic development shows that it is …

This article proposes two different structures of fractional‐order modified synchronous
reference frame phase‐locked loop (MSRF PLL) and discusses their performance under …