We summarize our previous results on cumular expasions for linear stochastic differential equations with correlated multipliclative and additive noise. The application of the general formulas to equations with statistically independent multiplicative and additive noise is reconsidered in detail, because our earlier results for this case are only valid in special situations. Moreover, a second partially time ordered cumulant is introduced, which is appropriate for the calculation of multi-time averages of the solution process and which differs from the one to be used for single-time averages. By the two supplements just mentioned we complete our earlier investigations on the subject
A general framework is presented for deriving the differential equations governing the evolution of ...
In a recent paper1) a differential equation was studied which involves a stochastic process having t...
Abstract. This paper provides a unified and comprehensive approach that is useful in deriving expres...
We summarize our previous results on cumular expasions for linear stochastic differential equations ...
We summarize our previous results on cumular expasions for linear stochastic differential equations ...
We summarize our previous results on cumulant expansions for linear stochastic differential equation...
We summarize our previous results on cumulant expansions for linear stochastic differential equation...
A cumulant expansion for the two-time correlation functions for linear stochastic differential equat...
A cumulant expansion for the two-time correlation functions for linear stochastic differential equat...
The cumulant expansion for linear stochastic differential equations is extended to the case of linea...
The cumulant expansion for linear stochastic differential equations is extended to the case of linea...
The cumulant expansion for linear stochastic difference equations introduced in part I is applied to...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A general framework is presented for deriving the differential equations governing the evolution of ...
In a recent paper1) a differential equation was studied which involves a stochastic process having t...
Abstract. This paper provides a unified and comprehensive approach that is useful in deriving expres...
We summarize our previous results on cumular expasions for linear stochastic differential equations ...
We summarize our previous results on cumular expasions for linear stochastic differential equations ...
We summarize our previous results on cumulant expansions for linear stochastic differential equation...
We summarize our previous results on cumulant expansions for linear stochastic differential equation...
A cumulant expansion for the two-time correlation functions for linear stochastic differential equat...
A cumulant expansion for the two-time correlation functions for linear stochastic differential equat...
The cumulant expansion for linear stochastic differential equations is extended to the case of linea...
The cumulant expansion for linear stochastic differential equations is extended to the case of linea...
The cumulant expansion for linear stochastic difference equations introduced in part I is applied to...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A relatively straightforward formulation is presented for deriving the differential equations govern...
A general framework is presented for deriving the differential equations governing the evolution of ...
In a recent paper1) a differential equation was studied which involves a stochastic process having t...
Abstract. This paper provides a unified and comprehensive approach that is useful in deriving expres...