Let L(t,T ) denote the time-t LIBOR process L t (T, T + ] over the period

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Let L(t,T ) denote the time-t LIBOR process Lt(T, T + δ] over the period (T, T + δ], and σiL(t, T ) be its ith component of volatility function [see (7.4.26)]. From the relation

og (t, T +8)  o(t, T) = SL (t, T) 1 + 8L(t, T) o (t, T),and the properties

o(t, t) = o(t, t) = 0,

one obtains

og (t, t + 8) = 0.Suppose we impose the condition

Show that og (t, T) = 0 for T (t, t+8). of(t, T) = k i=1 SL (t, T-k8) 1+8L(t, T - k8) -ot(t, T - k8),

where k is the largest integer less than or equal to (T − t)/δ.

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