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Determination of cutting layout of two-dimensional patterns by genetic algorithms

机译:用遗传算法确定二维图案的切割布局

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摘要

A new method is proposed to determining the cutting layout of two-dimensional patterns in a sheet by genetic algorithms (GA) to attain the minimum required length of the sheet. In applying the Gas to two-dimentional problems, if genes are designed to represent two-dimentional positions as normally adopted, required search spaces become wide, thus resulting in large calculation time. In the proposed method, since it becomes possible to deal the problem as an one-dimentional order one by incorporating layout determining algorithms(LDA) into GAs, the saving of the required calculation time is attained.
机译:提出了一种新的方法来通过遗传算法(GA)确定纸张中二维图案的切割布局,以达到所需的纸张最小长度。在将Gas应用于二维问题时,如果将基因设计为代表通常采用的二维位置,则所需的搜索空间会变宽,从而导致大量的计算时间。在所提出的方法中,由于通过将布局确定算法(LDA)合并到GA中,可以将该问题作为一维的一阶问题处理,因此节省了所需的计算时间。

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