The main condition which required for alpha-beta pruning is?a.alpha<=betab.alpha!=betac.alpha=betad.alpha>=beta
Question
The main condition which required for alpha-beta pruning is?a.alpha<=betab.alpha!=betac.alpha=betad.alpha>=beta
Solution
The main condition required for alpha-beta pruning is a. alpha <= beta.
Alpha-beta pruning is an optimization technique for the minimax algorithm. It reduces the computation time by a huge factor. This allows us to search much faster and even go into deeper levels in the game tree. It cuts off branches in the game tree which need not be searched because there already exists a better move available.
The condition for alpha-beta pruning to occur is when the best option (alpha) is greater than or equal to the worst-case future scenario (beta).
Similar Questions
Which value is assigned to alpha and beta in the alpha-beta pruning?
Which value is assigned to alpha and beta in the alpha-beta pruning?ans.Beta = maxAlpha = maxBeta = minBoth Alpha = max & Beta = min Previous Marked for Review Next
Alpha-beta pruning is a modified version of the?a.maximax algorithmb.minimax algorithmc.minimin algorithmd.maximin algorithm
Alpha-Beta pruning can change the final decision made by the Minimax algorithm.
Which of the following is/are false regarding the alpha-beta pruning for the mini-max search algorithm? It can potentially lead to suboptimal solutions compared to mini-max search without any pruning It is guaranteed to improve the running time in-comparison to the mini-max search without any pruning The order in which nodes are visited affects the amount of pruning If the successors of a node are chosen randomly, the time complexity (on average) is O(b3m/4)
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