[[abstract]]In this paper, the variable fractional-order (VFO) differintegrator is designed based on IIR-typed Farrow structure. The stability of the designed VFO IIR differintegrator is achieved by incorporating a constrained function into the objective error function. But the minimization of the original objective error function is a highly nonlinear problem, so an iterative quadratic method is proposed to overcome it. Comparing with the design based on FIR-typed Farrow structure, several designed examples, including a VFO differintegrator, a pure VFO differentiator and a pure VFO integrator, are presented to demonstrate the effectiveness of the proposed method
Abstract—In this letter, the Taylor series expansion is used to transform the design problem of a fr...
Abstract—For fractional-order differentiator where is a real number, its discretization is a key ste...
In this article, a numerical technique based on the Chebyshev cardinal functions (CCFs) and the Lagr...
[[abstract]]In this paper, a new structure is proposed for the design of wideband variable fractiona...
[[abstract]]In this paper, the design problems of variable and adaptive fractional order finite impu...
In this paper, the least-squares design of variable fractional-delay (VFD) finite impulse response (...
[[abstract]]In this paper, the design of fractional order Simpson digital integrator is investigated...
[[abstract]]In this paper, the design and implementation structures of adjustable fractional order d...
In this paper, design of linear phase FIR digital differentiators is investigated using convex optim...
As a mathematical tool, variable-order (VO) fractional calculus (FC) was developed rapidly in the en...
In this paper we present a general discretization scheme for digital fractional-order integrators an...
This letter develops an efficient computational procedure for the design of an odd-order variable fr...
[[abstract]]In this paper, the Taylor series expansion is used to transform the design problem of a ...
This paper studies the design of causal stable Farrow-based infinite-impulse response (IIR) variable...
[[abstract]]In this paper, the design of a fractional order FIR differentiator is investigated. Firs...
Abstract—In this letter, the Taylor series expansion is used to transform the design problem of a fr...
Abstract—For fractional-order differentiator where is a real number, its discretization is a key ste...
In this article, a numerical technique based on the Chebyshev cardinal functions (CCFs) and the Lagr...
[[abstract]]In this paper, a new structure is proposed for the design of wideband variable fractiona...
[[abstract]]In this paper, the design problems of variable and adaptive fractional order finite impu...
In this paper, the least-squares design of variable fractional-delay (VFD) finite impulse response (...
[[abstract]]In this paper, the design of fractional order Simpson digital integrator is investigated...
[[abstract]]In this paper, the design and implementation structures of adjustable fractional order d...
In this paper, design of linear phase FIR digital differentiators is investigated using convex optim...
As a mathematical tool, variable-order (VO) fractional calculus (FC) was developed rapidly in the en...
In this paper we present a general discretization scheme for digital fractional-order integrators an...
This letter develops an efficient computational procedure for the design of an odd-order variable fr...
[[abstract]]In this paper, the Taylor series expansion is used to transform the design problem of a ...
This paper studies the design of causal stable Farrow-based infinite-impulse response (IIR) variable...
[[abstract]]In this paper, the design of a fractional order FIR differentiator is investigated. Firs...
Abstract—In this letter, the Taylor series expansion is used to transform the design problem of a fr...
Abstract—For fractional-order differentiator where is a real number, its discretization is a key ste...
In this article, a numerical technique based on the Chebyshev cardinal functions (CCFs) and the Lagr...