A fractal interpolation function on a p-series local field Kp is defined, and its p-type smoothness is shown by virtue of the equivalent relationship between the Hölder type space CσKp and the Lipschitz class Lipσ,Kp. The orders of the p-type derivatives and the fractal dimensions of the graphs of Weierstrass type function on local fields are given as an example. The α-fractal function on ℝ is introduced and the conclusion of its smoothness is improved in a more general case; some examples are shown to support the conclusion. Finally, a comparison between the fractal interpolation functions defined on ℝ and Kp is given
Fractal interpolation techniques provide good deterministic representations of\ud complex phenomena....
Fractal interpolation techniques provide good deterministic representations of complex phenomena. T...
The present paper is concerned with the study of vector-valued interpolation functions on the Sierpi...
In this paper, fractal calculus, which is called Fα-calculus, is reviewed. Fractal calculus is imple...
In this paper, fractal calculus, which is called F α -calculus, is reviewed. Fractal calculus is imp...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
The fractal interpolation functions defined by iterated function systems provide new methods of appr...
A continuous function defined on a closed interval can be of unbounded variation with certain fracta...
A continuous function defined on a closed interval can be of unbounded variation with certain fracta...
There has been a considerable evolution of the theory of fractal interpolation function (FIF) over t...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
AbstractThe calculus of deterministic fractal functions is introduced. Fractal interpolation functio...
AbstractBased on the construction of Fractal Interpolation Functions, a new construction of Fractal ...
The approximation of experimental data can be envisaged in the light of fractal\ud interpolation fun...
Fractal interpolation techniques provide good deterministic representations of\ud complex phenomena....
Fractal interpolation techniques provide good deterministic representations of complex phenomena. T...
The present paper is concerned with the study of vector-valued interpolation functions on the Sierpi...
In this paper, fractal calculus, which is called Fα-calculus, is reviewed. Fractal calculus is imple...
In this paper, fractal calculus, which is called F α -calculus, is reviewed. Fractal calculus is imp...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
The fractal interpolation functions defined by iterated function systems provide new methods of appr...
A continuous function defined on a closed interval can be of unbounded variation with certain fracta...
A continuous function defined on a closed interval can be of unbounded variation with certain fracta...
There has been a considerable evolution of the theory of fractal interpolation function (FIF) over t...
Constructions of the (global) fractal interpolation functions on standard function spaces got a lot ...
AbstractThe calculus of deterministic fractal functions is introduced. Fractal interpolation functio...
AbstractBased on the construction of Fractal Interpolation Functions, a new construction of Fractal ...
The approximation of experimental data can be envisaged in the light of fractal\ud interpolation fun...
Fractal interpolation techniques provide good deterministic representations of\ud complex phenomena....
Fractal interpolation techniques provide good deterministic representations of complex phenomena. T...
The present paper is concerned with the study of vector-valued interpolation functions on the Sierpi...