On martingales invoked by stochastic exponential and monomial densities
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Nassar H.S. Haidar
This is an extension of a previous work of the first author [1], on monomial density functions, to study the approximation features over [a, b] of, the based on αx exponential density functions hα(x) when α > 0 is discrete and/or fractional. If α is discrete, a random variable of hn(x) is proved to form a martingale over a reversed filtration and is compared with a similar situation that happens to hold with respective monomial density functions. In the case of fractional α, we advance a new stochastic operator which generates, via a nonlinear technique, unique exponential and monomial spline approximants over [a, b] to functions
(x) ∈
, a certain noncommutative inner product space.
Copyright 2003, Walter de Gruyter
Artikel in diesem Heft
- A Remark on different lattice approximations and continuum limits for -fields
- On the skew uniform distribution
- On exchange mechanisms for bosons
- On martingales invoked by stochastic exponential and monomial densities
- On the distribution of duration of stay in an interval of the semi-continuous process with independent increments
- Flows generated by stochastic equations with reflection
- Infinite dimensional entangled Markov chains
Artikel in diesem Heft
- A Remark on different lattice approximations and continuum limits for -fields
- On the skew uniform distribution
- On exchange mechanisms for bosons
- On martingales invoked by stochastic exponential and monomial densities
- On the distribution of duration of stay in an interval of the semi-continuous process with independent increments
- Flows generated by stochastic equations with reflection
- Infinite dimensional entangled Markov chains