The geometric telegrapher’s process is proposed as a model to describe the dynamics of the price of risky assets. When the underlying random inter-times have Erlang distribution we express the probability law of such process in terms of a suitable two-index pseudo-Bessel function. Stochastic comparisons of two geometric telegrapher’s processes based on the usual stochastic order (FSD comparison) and on the stop-loss order are also performed. Various examples of application of such comparisons are then provided
We introduce a new stochastic model for the variations of asset prices at the tick-by-tick level in ...
In this paper, we introduce Brownian motion, and some of its drawbacks in connection to the financia...
We investigate the stochastic process defined as the square of the (integrated) symmetric telegraph ...
The geometric telegrapher's process has been proposed in 2002 as a model to describe the dynamics ...
A basic model in mathematical finance theory is the celebrated geometric Brownian motion. Moreover...
In this paper, we consider non-linear transformations of classical telegraph process. The main resul...
The paper develops a class of financial market models with jumps based on aBrownian motion, and inho...
We analyse a non-Markovian generalization of the telegrapher's random process. It consists of a stoc...
In electricity markets, it is sensible to use a two-factor model with mean reversion for spot prices...
The paper develops a new class of financial market models. These models are based on generalised tel...
The traditional jump-telegraph processes are based on a Poisson process with alternating intensities...
In this study, the stock prices process is modelled by stochastic differential equation driven by a ...
We consider a standard Brownian motion whose drift alternates randomly between a positive and a nega...
In this paper we propose a class of financial market models which are based on telegraph processes w...
We introduce a new stochastic model for the variations of asset prices at the tick-by-tick level in ...
In this paper, we introduce Brownian motion, and some of its drawbacks in connection to the financia...
We investigate the stochastic process defined as the square of the (integrated) symmetric telegraph ...
The geometric telegrapher's process has been proposed in 2002 as a model to describe the dynamics ...
A basic model in mathematical finance theory is the celebrated geometric Brownian motion. Moreover...
In this paper, we consider non-linear transformations of classical telegraph process. The main resul...
The paper develops a class of financial market models with jumps based on aBrownian motion, and inho...
We analyse a non-Markovian generalization of the telegrapher's random process. It consists of a stoc...
In electricity markets, it is sensible to use a two-factor model with mean reversion for spot prices...
The paper develops a new class of financial market models. These models are based on generalised tel...
The traditional jump-telegraph processes are based on a Poisson process with alternating intensities...
In this study, the stock prices process is modelled by stochastic differential equation driven by a ...
We consider a standard Brownian motion whose drift alternates randomly between a positive and a nega...
In this paper we propose a class of financial market models which are based on telegraph processes w...
We introduce a new stochastic model for the variations of asset prices at the tick-by-tick level in ...
In this paper, we introduce Brownian motion, and some of its drawbacks in connection to the financia...
We investigate the stochastic process defined as the square of the (integrated) symmetric telegraph ...