INSTITUTIONAL DIGITAL REPOSITORY

Browsing by Author "Gajda, J."

Browsing by Author "Gajda, J."

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  • Kumar, A.; Gajda, J.; Wyłomanska, A.; Połoczanski, R. (2018-12-29)
    In recent years subordinated processes have been widely considered in the literature. These processes not only have wide applications but also have interesting theoretical properties. In this paper we consider fractional ...
  • Kumar, A.; Gajda, J.; Wyłomanska, A.; Połoczanski, R. (2021-08-25)
    In recent years subordinated processes have been widely considered in the literature. These processes not only have wide applications but also have interesting theoretical properties. In this paper we consider fractional ...
  • Gajda, J.; Wylomanska, A.; Kumar, A. (2019-11-25)
    In this paper a new stochastic process is introduced by subordinating fractional L evy stable motion (FLSM) with gamma process. This new process incorporates stochastic volatility in the parent process FLSM. Fractional ...
  • Gajda, J.; Wylomanska, A.; Kumar, A. (2019-05-23)
    In this paper a new stochastic process is introduced by subordinating fractional Levy stable motion (FLSM) with gamma process. This new process incorporates stochastic volatility in the parent process FLSM. Fractional ...
  • Gajda, J.; Wyłomańska, A.; Kumar, A. (2017-05-09)
    In this paper, a new stochastic process called generalized fractional Laplace motion (GFLM) is introduced. This process is obtained by superposition of nnth-order fractional Brownian motion (nn-FBM) as outer process and ...
  • Kumar, A.; Wyłomańska, A.; Gajda, J. (2017-05-23)
    In this paper we study the stable Lévy motion subordinated by the so-called inverse Gaussian process. This process extends the well known normal inverse Gaussian (NIG) process introduced by Barndorff-Nielsen, which arises ...
  • Gajda, J.; Kumar, A.; Wyłomańska, A. (2018-11-12)
    We consider symmetric stable Lévy motion time-changed by tempered stable subordinator. This process generalizes the normal inverse Gaussian process without drift term, introduced by Barndorff-Nielsen. The asymptotic tail ...
  • Kumar, A.; Upadhye, N. S.; Wyłomanska, A.; Gajda, J. (2021-08-27)
    In this article, we introduce tempered Mittag-Leffler Lévy processes (TMLLP). TMLLP is represented as tempered stable subordinator delayed by a gamma process. Its probability density function and Lévy density are obtained ...