In this paper we consider a family of investment projects defined by their deterministic cash flows. We assume stationarity—that is, projects available today are the same as those available in the past. In this framework, we prove that the absence of arbitrage opportunities is equivalent to the existence of a discount rate such that the net present value of all projects is nonpositive if the projects cannot be sold short and is equal to zero otherwise. Our result allows for an infinite number of projects and for continuous as well as discrete cash flows, generalizing similar results established by Cantor and Lippman (1983, 1995) and Adler and Gale (1997) in a discrete time framework and for a finite number of projects.ou
We consider a discrete-time financial model in a general sample space with penalty costs on short po...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
A sequential investment is a vector of payments over time, ("a" 0, "a" 1, ... ,"a n"), where a payme...
In this paper we consider a family of investment projects defined by their deterministic cash flows....
We consider a model in which any investment opportunity is described in terms of cash flows. We don'...
International audienceWe consider a model in which any investment opportunity is described in terms ...
This work consists of two parts. In the first one, we study a model where the assets are investment ...
This work consists of two parts. In the first one, we study a model where the assets are investment ...
In this paper, we discuss the no-arbitrage condition in a discrete financial market model which does...
We consider a general discrete-time dynamic financial market with three assets: a riskless bond, a s...
A key assumption to prove the Fundamental Theorem of Mathematical Finance is the possibility of shor...
We consider a discrete-time financial model in a general sample space with penalty costs on short po...
In the framework of economics models with unbounded short sales a number of different conditions lim...
In the first part of this thesis, we introduce the concept of prospective strict no-arbitrage for di...
We consider a general discrete-time dynamic nancial market with three assets: a riskless bond, a se...
We consider a discrete-time financial model in a general sample space with penalty costs on short po...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
A sequential investment is a vector of payments over time, ("a" 0, "a" 1, ... ,"a n"), where a payme...
In this paper we consider a family of investment projects defined by their deterministic cash flows....
We consider a model in which any investment opportunity is described in terms of cash flows. We don'...
International audienceWe consider a model in which any investment opportunity is described in terms ...
This work consists of two parts. In the first one, we study a model where the assets are investment ...
This work consists of two parts. In the first one, we study a model where the assets are investment ...
In this paper, we discuss the no-arbitrage condition in a discrete financial market model which does...
We consider a general discrete-time dynamic financial market with three assets: a riskless bond, a s...
A key assumption to prove the Fundamental Theorem of Mathematical Finance is the possibility of shor...
We consider a discrete-time financial model in a general sample space with penalty costs on short po...
In the framework of economics models with unbounded short sales a number of different conditions lim...
In the first part of this thesis, we introduce the concept of prospective strict no-arbitrage for di...
We consider a general discrete-time dynamic nancial market with three assets: a riskless bond, a se...
We consider a discrete-time financial model in a general sample space with penalty costs on short po...
In a discrete-time setting, we study arbitrage concepts in the presence of convex trading constraint...
A sequential investment is a vector of payments over time, ("a" 0, "a" 1, ... ,"a n"), where a payme...