<p>Along with estimates for the simulated time series (blue), estimates for the time series integral (black) and derivative (green) are also shown. The red dotted line represents the theoretical value. Mean error is calculated as the average of the errors at each point; starred errors were computed for the derivative.</p
We consider a model based on the fractional Brownian motion under the influence of noise. We impleme...
D.Phil. (Mathematical Statistics)Fractional Brownian motion and its increment process, fractional Ga...
International audienceIn this paper, we show how concentration inequalities for Gaussian quadratic f...
In this paper, we build an estimator of the Hurst exponent of a fractional Lévy motion based on its ...
In the paper consistent estimates of the Hurst parameter of fractional Brownian motion are obtained ...
We study the functional link between the Hurst parameter and the Normalized Total Wavelet Entropy wh...
AbstractWe consider the approximation of a fractional Brownian motion by a wavelet series expansion ...
Consistent estimation of the Hurst parameter of tne Fractional Brownian Motion by observations with ...
In this paper, we propose a method using continuous wavelets to study the multivariate fractio...
Abstract: Wavelet based estimators of the H parameter for fractional Brownian motion (fBm) is known ...
Fractal investigation of time series is very complex for several reasons. Due to the existence of fu...
Fractional Brownian motion (fBm) has been used as a theoretical framework to study real-time series ...
AbstractWe reexamine the wavelet-based simulation procedure for fractional Brownian motion proposed ...
International audienceSome real-world phenomena in geo-science, micro-economy, and turbulence, to na...
Some real-world phenomena in geo-science, micro-economy, and turbulence, to name a few, can be effec...
We consider a model based on the fractional Brownian motion under the influence of noise. We impleme...
D.Phil. (Mathematical Statistics)Fractional Brownian motion and its increment process, fractional Ga...
International audienceIn this paper, we show how concentration inequalities for Gaussian quadratic f...
In this paper, we build an estimator of the Hurst exponent of a fractional Lévy motion based on its ...
In the paper consistent estimates of the Hurst parameter of fractional Brownian motion are obtained ...
We study the functional link between the Hurst parameter and the Normalized Total Wavelet Entropy wh...
AbstractWe consider the approximation of a fractional Brownian motion by a wavelet series expansion ...
Consistent estimation of the Hurst parameter of tne Fractional Brownian Motion by observations with ...
In this paper, we propose a method using continuous wavelets to study the multivariate fractio...
Abstract: Wavelet based estimators of the H parameter for fractional Brownian motion (fBm) is known ...
Fractal investigation of time series is very complex for several reasons. Due to the existence of fu...
Fractional Brownian motion (fBm) has been used as a theoretical framework to study real-time series ...
AbstractWe reexamine the wavelet-based simulation procedure for fractional Brownian motion proposed ...
International audienceSome real-world phenomena in geo-science, micro-economy, and turbulence, to na...
Some real-world phenomena in geo-science, micro-economy, and turbulence, to name a few, can be effec...
We consider a model based on the fractional Brownian motion under the influence of noise. We impleme...
D.Phil. (Mathematical Statistics)Fractional Brownian motion and its increment process, fractional Ga...
International audienceIn this paper, we show how concentration inequalities for Gaussian quadratic f...