Valuation of American Continuous-Installment Options
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Cites background or methods from "Valuation of American Continuous-In..."
...From the standard argument of constructing the hedged portfolio consisting of one option and an amount −∂V ∂S of the underlying asset, we see that the initial premium V satisfies an inhomogeneous PDE ∂V ∂t + 1 2 σ2S2 ∂2V ∂S2 + (r − δ)S∂V ∂S − rV = q. (2.2) See Ciurlia and Roko (2005) for details....
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..., by the MEF method (Ju, 1998) just as in Ciurlia and Roko (2005). In this paper, however, we use an alternative approach based on Laplace transforms, which generates the transformed stopping boundary in a closed form; see Equation (3....
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...…matching condition, we also see that the optimal stopping boundary (St)t∈[0,T ] satisfies the integral equation c(t, St) − q ∫ T t e−r(u−t)Φ ( d−(St, Su, u − t) ) du = 0, (2.13) which can be solved numerically for (St)t∈[0,T ], e.g., by the MEF method (Ju, 1998) just as in Ciurlia and Roko (2005)....
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...For continuous-installment options, Ciurlia and Roko (2005) analyzed the American case approximately by applying the multipiece exponential function (MEF) method to an integral representation of the initial premium....
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"Valuation of American Continuous-In..." refers methods in this paper
...Their analysis is restricted to European-style installment options, which allows for an analogy with compound options, previously considered in Geske (1977) and Selby and Hodges (1987)....
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