Show that the stochastic process [e^{int_{0}^{t} c(s) d B_{s}-frac{1}{2} int_{0}^{t} c^{2}(s) d s}] is a martingale for
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Show that the stochastic process
\[e^{\int_{0}^{t} c(s) d B_{s}-\frac{1}{2} \int_{0}^{t} c^{2}(s) d s}\]
is a martingale for any deterministic function \(c(t)\). Does the result change if \(c(t, \omega)\) is a stochastic process such that the stochastic integral is well defined?
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Related Book For
Quantitative Finance
ISBN: 9781118629956
1st Edition
Authors: Maria Cristina Mariani, Ionut Florescu
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