[[abstract]]The representation of functionals of Brownian motion in terms of stochastic integral with respect to Brownian motion is known as Clark formula. In this paper, we are devoted to the derivation of Clark formula for a given generalized white noise functional. A generalized white noise functional F is said to have a Clark representation in the generalized sense on an interval I if there exist a kernel KF such that F = E[F] + ∫I KF(t) dB(t), where the equality holds in the the generalized sense or, equivalently, the equality holds under the S-transform. Examples of Clark representation of generalized white noise functional are given in this paper
AbstractFunctionals of Brownian motion can be dealt with by realizing them as functionals of white n...
[[abstract]]In this paper it is show that the conditional expectation of a white noise functional $\...
Tyt. z nagłówka.Bibliogr. s. 415-416.Given a Gaussian stationary increment processes, we show that a...
AbstractEmploying the Segal–Bargmann transform (S-transform for abbreviation) of regular Lévy white ...
AbstractIn this paper, a theory of generalized functions is established on an arbitrary abstract Wie...
We prove the white noise generalization of the Clark-Ocone formula under change of measure by using ...
We use a white noise approach to Malliavin calculus to prove the following white noise generalizatio...
60H25 (60H07 60H40 60J55 60J65)We extend the Clark-Ocone formula to a suitable class of generalized ...
Abstract — We extend the Clark-Ocone formula to a suitable class of generalized Brownian function-al...
[[abstract]]A theory of generalized functions based on the complex Brownian motion Z(t) established ...
In the classical Gaussian analysis the Clark-Ocone formula allows to reconstruct an integrand if we ...
AbstractTo obtain a sufficiently rich class of nonlinear functionals of white noise, resp. the Wiene...
The Clark-Ocone formula in the theory of discrete-time chaotic calculus holds only for square integr...
In this dissertation we explore aspects of Itô's formula and the Martingale Representation Theorem w...
The additive renormalization {Mathematical expression} s shown to be a generalized Brownian function...
AbstractFunctionals of Brownian motion can be dealt with by realizing them as functionals of white n...
[[abstract]]In this paper it is show that the conditional expectation of a white noise functional $\...
Tyt. z nagłówka.Bibliogr. s. 415-416.Given a Gaussian stationary increment processes, we show that a...
AbstractEmploying the Segal–Bargmann transform (S-transform for abbreviation) of regular Lévy white ...
AbstractIn this paper, a theory of generalized functions is established on an arbitrary abstract Wie...
We prove the white noise generalization of the Clark-Ocone formula under change of measure by using ...
We use a white noise approach to Malliavin calculus to prove the following white noise generalizatio...
60H25 (60H07 60H40 60J55 60J65)We extend the Clark-Ocone formula to a suitable class of generalized ...
Abstract — We extend the Clark-Ocone formula to a suitable class of generalized Brownian function-al...
[[abstract]]A theory of generalized functions based on the complex Brownian motion Z(t) established ...
In the classical Gaussian analysis the Clark-Ocone formula allows to reconstruct an integrand if we ...
AbstractTo obtain a sufficiently rich class of nonlinear functionals of white noise, resp. the Wiene...
The Clark-Ocone formula in the theory of discrete-time chaotic calculus holds only for square integr...
In this dissertation we explore aspects of Itô's formula and the Martingale Representation Theorem w...
The additive renormalization {Mathematical expression} s shown to be a generalized Brownian function...
AbstractFunctionals of Brownian motion can be dealt with by realizing them as functionals of white n...
[[abstract]]In this paper it is show that the conditional expectation of a white noise functional $\...
Tyt. z nagłówka.Bibliogr. s. 415-416.Given a Gaussian stationary increment processes, we show that a...