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Optimization of focus measure using Genetic Algorithm

机译:遗传算法优化焦点措施

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This paper presents the use of Genetic Algorithm as a search method for focus measure in Shape From Focus(SFF). Previous methods compute focus value for each pixel locally by summing all values within a small window.This summation is a good approximation of focus quality, but is not optimal one. The Genetic Algorithm is usedas a fine tuning process in which a measure of best focus is used as the fitness function corresponding to motionparameter values which make up each gene. The experimental results show that the proposed method performsbetter than previous algorithms such as Sum of the Modified Laplacian(SML), Grey Level Variance(GLV) andTenenbaum Focus Measure. The results are compared using root mean square error(RMSE) and correlation.The experiments are conducted using objects simulated cone, real cone and TFT-LCD color filter~1 to evaluateperformance of the proposed algorithm.
机译:本文介绍了遗传算法作为从焦点(SFF)的形状焦点测量的搜索方法。以前的方法通过在小窗口内的所有值求和来计算每个像素的每个像素的对焦值。这个求和是焦点质量的良好近似,但不是最佳的。遗传算法使用了一种精细调谐过程,其中最佳焦点的度量用作与构成每个基因的运动参数值对应的适应性函数。实验结果表明,所提出的方法比以前的算法更新,例如改进的拉普拉斯(SML)的总和,灰度级方差(GLV)和坚持焦点测量。使用根均方误差(RMSE)和相关性比较结果。使用对象模拟锥形,真实锥和TFT-LCD滤色器〜1进行实验,以评估所提出的算法的评估曲线。

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