2016
DOI: 10.48550/arxiv.1610.07838
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Sharp Estimates for Geman-Yor Processes and applications to Arithmetic Average Asian options

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“…Although more sophisticated models, with more flexible dynamics (local-stochastic volatility) for the price of the underlying asset, were proposed to price Asian options, the prototype process (1.3) is complex enough to exhibit some interesting mathematical properties. In fact, the problem of analytically characterizing its joint transition density is still partially open, and sharp upper/lower bounds were established only recently in [4]. It is easy to recognize in (1.4) the double degeneracy of the generator A that our framework allows for: on the one hand, the second order part of A is fully degenerate in that the partial derivative ∂ x2x2 is missing; on the other hand, the coefficient x 2 1 of the second order derivative ∂ x1x1 also degenerates near zero.…”
Section: Introductionmentioning
confidence: 99%
“…Although more sophisticated models, with more flexible dynamics (local-stochastic volatility) for the price of the underlying asset, were proposed to price Asian options, the prototype process (1.3) is complex enough to exhibit some interesting mathematical properties. In fact, the problem of analytically characterizing its joint transition density is still partially open, and sharp upper/lower bounds were established only recently in [4]. It is easy to recognize in (1.4) the double degeneracy of the generator A that our framework allows for: on the one hand, the second order part of A is fully degenerate in that the partial derivative ∂ x2x2 is missing; on the other hand, the coefficient x 2 1 of the second order derivative ∂ x1x1 also degenerates near zero.…”
Section: Introductionmentioning
confidence: 99%