Let a discrete-time stochastic process (left{X_{0}, X_{1}, ldots ight}) be defined by [X_{n}=Y_{0} cdot Y_{1} cdots Y_{n}]
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Let a discrete-time stochastic process \(\left\{X_{0}, X_{1}, \ldots\right\}\) be defined by
\[X_{n}=Y_{0} \cdot Y_{1} \cdots Y_{n}\]
where the random variables \(Y_{i}\) are independent and have a uniform distribution over the interval \([0, T]\). Under which conditions is \(\left\{X_{0}, X_{1}, \ldots\right\}\) (1) a martingale, (2) a submartingale, (3) a supermartingale?
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Related Book For
Applied Probability And Stochastic Processes
ISBN: 9780367658496
2nd Edition
Authors: Frank Beichelt
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