= 6.2.2. Given f (x; 0) = 1/0, 0 < x < 0, zero elsewhere, with 0 > 0, formally compute the reciprocal of nE $for { color
Posted: Wed May 11, 2022 7:54 pm
= 6.2.2. Given f (x; 0) = 1/0, 0 < x < 0, zero elsewhere, with 0 > 0, formally compute the reciprocal of nE $for { colors [ 01"} alog f(X:0) ae (3 extra points) Consider the alternative expression of the Fisher information we provided in the class based on the KL divergence lims40 28-2D(f(-;0 + 8) || | (-; 0)); what is the value of this limit? Is there any violation of RCB this time concerning the estimator n+1 Yn? Rao-Cramer bound n