Consider carefully the interplay of chance events and partial
information in each of the games in
Exercise game-playing-chance-exercise.
1. For which is the standard expectiminimax model appropriate? Implement the algorithm and run it in your game-playing agent, with appropriate modifications to the game-playing environment.
2. For which would the scheme described in Exercise game-playing-monte-carlo-exercise be appropriate?
3. Discuss how you might deal with the fact that in some of the games, the players do not have the same knowledge of the current state.
1. For which is the standard expectiminimax model appropriate? Implement the algorithm and run it in your game-playing agent, with appropriate modifications to the game-playing environment.
2. For which would the scheme described in Exercise game-playing-monte-carlo-exercise be appropriate?
3. Discuss how you might deal with the fact that in some of the games, the players do not have the same knowledge of the current state.
Consider carefully the interplay of chance events and partial
information in each of the games in
Exercise game-playing-chance-exercise.
1. For which is the standard expectiminimax model appropriate?
Implement the algorithm and run it in your game-playing agent, with
appropriate modifications to the game-playing environment.
2. For which would the scheme described in
Exercise game-playing-monte-carlo-exercise be
appropriate?
3. Discuss how you might deal with the fact that in some of the games,
the players do not have the same knowledge of the current state.