Let X 1 , ...,X n be independent standard exponential r.v.s, and Prove that grows as lnn;
Question:
Let X1, ...,Xn be independent standard exponential r.v.’s, and
Prove that
grows as lnn; more precisely,
where Vn is a r.v. whose d.f. P(Vn ≤ x) → G(x) = exp{−e−x}. This distribution is called the double exponential distribution. Graph the d.f. G(x). Is it the d.f. of a positive r.v.? Compare the order of the growth and the type of normalization with these in Proposition 3. Give some heuristic comments on it.
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