β-Hill Climbing Algorithm for Sudoku Game

M. Al-Betar, M. Awadallah, Asaju La'aro Bolaji, B. Alijla
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引用次数: 26

Abstract

In this paper, β-Hill Climbing algorithm, the recent local search-based meta-heuristic, are tailored for Sudoku puzzle. β-Hill Climbing algorithm is a new extended version of hill climbing algorithm which has the capability to escape the local optima using a stochastic operator called β-operator. The Sudoku puzzle is a popular game formulated as an optimization problem to come up with exact solution. Some Sudoku puzzle examples have been applied for evaluation process. The parameters of the β-Hill Climbing is also studied to show the best configuration used for this game. β-Hill Climbing in its best parameter configuration is able to find solution for Sudoku puzzle in 19 iterations and 2 seconds.
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数独游戏的爬坡算法
本文针对数独谜题问题,提出了基于局部搜索的元启发式算法β-爬坡算法。β-爬坡算法是爬坡算法的一个新的扩展版本,它使用随机算子β-算子来逃避局部最优解。数独谜题是一种流行的游戏,它是一个优化问题,需要找到精确的解决方案。一些数独游戏的例子已经应用于评估过程。还研究了β-爬坡的参数,以显示用于该游戏的最佳配置。在其最佳参数配置中,β-爬山能够在19次迭代和2秒内找到数独谜题的解决方案。
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