In this article we study discrete time mean-reverting market models. We show that certain choices of initial conditions ensure existence of an equivalent martingale measure and absence of arbitrage for any finite time horizon. Further, it is shown that this model still allows some speculative opportunities. These opportunities cannot be expressed in the terms of arbitrage or asymptotic arbitrage. In particular, a gain can be achieved for a wide enough set of expected utilities for a strategy that does not require any hypothesis on market parameters and does not use estimation of these parameters
This paper addresses the equivalence between the absence of arbitrage and the existence of equivalen...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
We develop a robust framework for pricing and hedging of derivative securities in discrete-time fina...
The paper studies arbitrage opportunities and possible speculative opportunities for diffusion mean-...
The paper studies arbitrage opportunities and possible speculative opportunities for diffusion mean-...
In a model independent discrete time financial market, we discuss the richness of the family of mart...
In a model independent discrete time financial market, we discuss the richness of the family of mart...
In this paper, we discuss the no-arbitrage condition in a discrete financial market model which does...
The link between martingales and arbitrage is well-known in financial theory: arbitrage is not avail...
In this paper we consider a general class of diffusion-based models and show that, even in the absen...
We consider a model in which any investment opportunity is described in terms of cash flows. We don'...
Seeking a vantage point suitable for model choice, we recast three different degrees of absence of a...
In this paper we study the expected utility maximization problem for discrete-time incomplete financ...
A market is considered where trading can take place only at discrete time points, the trading freque...
Mean reversion is a feature largely recognized for the price processes of many financial securities ...
This paper addresses the equivalence between the absence of arbitrage and the existence of equivalen...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
We develop a robust framework for pricing and hedging of derivative securities in discrete-time fina...
The paper studies arbitrage opportunities and possible speculative opportunities for diffusion mean-...
The paper studies arbitrage opportunities and possible speculative opportunities for diffusion mean-...
In a model independent discrete time financial market, we discuss the richness of the family of mart...
In a model independent discrete time financial market, we discuss the richness of the family of mart...
In this paper, we discuss the no-arbitrage condition in a discrete financial market model which does...
The link between martingales and arbitrage is well-known in financial theory: arbitrage is not avail...
In this paper we consider a general class of diffusion-based models and show that, even in the absen...
We consider a model in which any investment opportunity is described in terms of cash flows. We don'...
Seeking a vantage point suitable for model choice, we recast three different degrees of absence of a...
In this paper we study the expected utility maximization problem for discrete-time incomplete financ...
A market is considered where trading can take place only at discrete time points, the trading freque...
Mean reversion is a feature largely recognized for the price processes of many financial securities ...
This paper addresses the equivalence between the absence of arbitrage and the existence of equivalen...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
We develop a robust framework for pricing and hedging of derivative securities in discrete-time fina...