- Artificial Intelligence 1 (49.7 KiB) Viewed 21 times
Artificial Intelligence
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answerhappygod
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Artificial Intelligence
Artificial Intelligence
c. Shown below is the Bayesian network corresponding to the Burglar Alarm problem, P(JA)P(MA)P(A/B, E)P(B)P(E). P(B) 0.001 A P(J) T 0.90 F 0.05 B = Burglary A = Alarm J J = John Calls E = Earthquake E BE P(A) TT 0.95 TF 0.94 FT 0.29 FF 0.001 M M = Mary Calls P(E) 0.002 A P(M) T 0.70 F 0.10 eans The probability tables show the probability that variable is True, e.g., P(M) mean P(M = t). Write down an expression that will evaluate to P(j = t^m=f^a=f^ b=fAe=t). Express your answer as a series of numbers (numerical probabilities) separated by multiplication symbols. You do not need to carry out the multiplication to produce a single number (probability). END OF QUESTION
c. Shown below is the Bayesian network corresponding to the Burglar Alarm problem, P(JA)P(MA)P(A/B, E)P(B)P(E). P(B) 0.001 A P(J) T 0.90 F 0.05 B = Burglary A = Alarm J J = John Calls E = Earthquake E BE P(A) TT 0.95 TF 0.94 FT 0.29 FF 0.001 M M = Mary Calls P(E) 0.002 A P(M) T 0.70 F 0.10 eans The probability tables show the probability that variable is True, e.g., P(M) mean P(M = t). Write down an expression that will evaluate to P(j = t^m=f^a=f^ b=fAe=t). Express your answer as a series of numbers (numerical probabilities) separated by multiplication symbols. You do not need to carry out the multiplication to produce a single number (probability). END OF QUESTION