1. (Expansion in normal directions)
In this exercise X and Z are two independent absolutely continuous random variables defined on the same probability space (Ω, A , P ) mapping to R. We assume that Z follows the standard Normal distribution (which I will introduce in class soon), whose density is
(b) (What do you expect the limit as ε → 0 to be? [Hint: Convolution]
2. (Order statistics, Part 2)
Consider three random variables X1, X2, X3, which are iid with uniform distribution on [0, 1]. Let X[1] be the smallest, X[2] be the middle, and X[3] be the largest random draw, i.e., the order statistics.
(a) (20 points) Find the joint density of the random variable
(c) Extrapolate your finding to n elements, where Zn
3. (Empirical distribution, Part 2)
Consider again the empirical distribution function from PS3,
What is more, one can also derive a strong “finite-sample” bound on this convergence – that is, for fixed n and ε > 0, an upper bound on the probability,
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