Professor I am bit confused with the layout given with this question.
Are we to go blindly as a computer when solving for squares 1,3 and 3,1?
Because since sqaure 2,2 is not a pit then 1,3 and 3,1 are pits 100% pits, albeit i am not sure how to express that with the probability model that we were shown.
Also the fact the square 2,2 is B,S means one square is a pit and one square is a wumpus, can we safely assume that a wumpus will not be in a pit?
But if we deduct all of this logically then the agent will die no matter what. I am a bit lost as well as how to incorporate a wumpus in our model. Do we only calculate him when working with squares 2,3 and 3,2? and not in other squares eg:
P13 = (.2(x),.8(y) (not using the wumpus in any square)
P13 = (.2(x),.0625(y),.7375(z))
Its hard to explain just by text so if there is anything i didnt explain please let me know to clarify further.
Professor I am bit confused with the layout given with this question.
Are we to go blindly as a computer when solving for squares 1,3 and 3,1?
Because since sqaure 2,2 is not a pit then 1,3 and 3,1 are pits 100% pits, albeit i am not sure how to express that with the probability model that we were shown.
Also the fact the square 2,2 is B,S means one square is a pit and one square is a wumpus, can we safely assume that a wumpus will not be in a pit?
But if we deduct all of this logically then the agent will die no matter what. I am a bit lost as well as how to incorporate a wumpus in our model. Do we only calculate him when working with squares 2,3 and 3,2? and not in other squares eg:
P13 = (.2(x),.8(y) (not using the wumpus in any square)
P13 = (.2(x),.0625(y),.7375(z))
Its hard to explain just by text so if there is anything i didnt explain please let me know to clarify further.