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How to calculate the value of P(cavity ∨ toothache) based on the following the full joint distribution?
How to calculate the value of P(cavity | toothache) = P(cavity ∧ toothache) / P(toothache) based on the following full joint distribution?
In the Wumpus world, A breeze or not in each visited square and no pit in any visited square are abbreviated as b & known:b = ¬b1,1∧b1,2∧b2,1known = ¬p1,1∧¬p1,2∧¬p2,1
what's the probability of a pit at [1,3], given the evidence so far (P(P1,3|known, b))? (Find the most simplified expression.)
In the Wumpus world, A breeze or not in each visited square and no pit in any visited square are abbreviated as b & known:b = ¬b1,1∧b1,2∧b2,1known = ¬p1,1∧¬p1,2∧¬p2,1
what's the probability of a pit at [1,3], given the evidence so far (P(P1,3|known, b))? (Find the most simplified expression.)
Which one is a true statement?
How to calculate the value of P(cavity ∨ toothache) based on the following the full joint distribution?
How to calculate the value of P(cavity ∨ toothache) based on the following the full joint distribution?
Toothache
& Catch are not absolutely
independent, but
are
independent given either the presence or absence of a cavity
(each is caused by the cavity but otherwise, they are independent).
Which expresses the conditional independence given Cavity?How to calculate the value of P(cavity | toothache) = P(cavity ∧ toothache) / P(toothache) based on the following full joint distribution?
How to calculate the value of P(cavity | toothache) = P(cavity ∧ toothache) / P(toothache) based on the following full joint distribution?