Abstract Tempered fractional stable motion adds an exponential tempering to the power-law kernel in a linear fractional stable motion, or a shift to the power-law filter in a harmonizable fractional stable motion. Increments from a stationary time series that can exhibit semi-long-range dependence. This paper develops the basic theory of tempered fractional stable processes, including dependence structure, sample path behavior, local times, and local nondeterminism
In the last decade the subordinated processes have become popular and found many practical applicati...
In an early article on near-unit root autoregression, Ahtola and Tiao (1984) studied the behavior of...
We analyze asymptotic properties of the discrete Fourier transform and the periodogram of time serie...
This work defines two classes of processes, that we term tempered fractional multistable motion and ...
AbstractFractional tempered stable motion (fTSm) is defined and studied. FTSm has the same covarianc...
We derive the governing equation of the Tempered Stable Subordinator (hereafter TSS), which generali...
Fractional derivatives and integrals are convolutions with a power law. Including an exponential ter...
Fractional Calculus has a close relation with Probability. Random walks with heavy tails converge to...
Due to finite lifespan of the particles or boundedness of the physical space, tempered fractional ca...
In this paper, we simulate sample paths of a class of symmetric α-stable processes using their serie...
AbstractIn this paper, the multivariate process having long-range dependency is presented. The proce...
AbstractWe characterize the linear and harmonizable fractional stable motions as the self-similar st...
Abstract. An approximation of the linear fractional stable motion by a Fourier sum is presented. In ...
Abstract–An algorithm for generating sample paths of linear fractional stable motion (LFSM) is intro...
Abstract: We investigate the regularity of Lévy processes within the 2-microlocal analysis framework...
In the last decade the subordinated processes have become popular and found many practical applicati...
In an early article on near-unit root autoregression, Ahtola and Tiao (1984) studied the behavior of...
We analyze asymptotic properties of the discrete Fourier transform and the periodogram of time serie...
This work defines two classes of processes, that we term tempered fractional multistable motion and ...
AbstractFractional tempered stable motion (fTSm) is defined and studied. FTSm has the same covarianc...
We derive the governing equation of the Tempered Stable Subordinator (hereafter TSS), which generali...
Fractional derivatives and integrals are convolutions with a power law. Including an exponential ter...
Fractional Calculus has a close relation with Probability. Random walks with heavy tails converge to...
Due to finite lifespan of the particles or boundedness of the physical space, tempered fractional ca...
In this paper, we simulate sample paths of a class of symmetric α-stable processes using their serie...
AbstractIn this paper, the multivariate process having long-range dependency is presented. The proce...
AbstractWe characterize the linear and harmonizable fractional stable motions as the self-similar st...
Abstract. An approximation of the linear fractional stable motion by a Fourier sum is presented. In ...
Abstract–An algorithm for generating sample paths of linear fractional stable motion (LFSM) is intro...
Abstract: We investigate the regularity of Lévy processes within the 2-microlocal analysis framework...
In the last decade the subordinated processes have become popular and found many practical applicati...
In an early article on near-unit root autoregression, Ahtola and Tiao (1984) studied the behavior of...
We analyze asymptotic properties of the discrete Fourier transform and the periodogram of time serie...