
prml-slides-1 - Simon Fraser University
... • Minimizing risk (loss matrix may change over time) • Unbalanced class priors • Combining models ...
... • Minimizing risk (loss matrix may change over time) • Unbalanced class priors • Combining models ...
Homework 3
... A contestant then chooses one of the doors at random (with equal probability). Before the door is opened, the host opens one of the other doors to reveal a goat (again, if the host has a choice of different goat doors to open, you can assume (s)he chooses one at random, with equal probability). The ...
... A contestant then chooses one of the doors at random (with equal probability). Before the door is opened, the host opens one of the other doors to reveal a goat (again, if the host has a choice of different goat doors to open, you can assume (s)he chooses one at random, with equal probability). The ...
Statistics Assignment #3 Due: 10/16/2014 :
... know that P( A1 A2 )=0. Suppose P(B| A1 )=.20 and P(B| A2 )=.05. a. Are A1 and A2 mutually exclusive? Explain. b. Compute P( A1 B) and P( A2 B). c. Compute P(B) d. Apply Bayes’ theorem to compute P( A1 |B) and P( A2 |B) Ans: a. Yes, since P( A1 A2 ) 0 ...
... know that P( A1 A2 )=0. Suppose P(B| A1 )=.20 and P(B| A2 )=.05. a. Are A1 and A2 mutually exclusive? Explain. b. Compute P( A1 B) and P( A2 B). c. Compute P(B) d. Apply Bayes’ theorem to compute P( A1 |B) and P( A2 |B) Ans: a. Yes, since P( A1 A2 ) 0 ...