Question 26
Which of the following search algorithms are COMPLETE on finite graphs with positive step costs?
BFS, UCS, and A* are complete. DFS on infinite graphs can get stuck in infinite loops/branches.
Which of the following search algorithms are COMPLETE on finite graphs with positive step costs?
BFS, UCS, and A* are complete. DFS on infinite graphs can get stuck in infinite loops/branches.
Which statements regarding $\ALPHA-\BETA PRUNING$ are CORRECT?
All 4 statements are correct properties of $\Alpha-\Beta pruning$.
Select the CORRECT statements regarding Uninformed Search memory usage:
All listed memory bounds are accurate for uninformed search algorithms.
Which of the following local search algorithms can handle CONTINUOUS state spaces?
All four algorithms can be adapted for continuous optimization problems.
Consider $\Alpha-\Beta pruning$ on a game tree evaluated left-to-right. Root is MAX (level 0). Level 1 has two MIN nodes L and R. L has children 4 and 7. R has children 2, 9, 1. How many leaf evaluations are PRUNED?
L yields min(4, 7)=4. Root $\alpha=4$. R first child is 2, beta_R=2. Since beta_R=2 <= $\alpha=4, cutoff occurs$. 2 children (9 and 1) pruned.