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Design optimization of control programs for thermal metal cutting, using genetic algorithm

机译:遗传算法设计热金属切割控制程序的设计优化

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This paper describes the application of the methodology of genetic programming to a computer-aided design of the control programs for CNC (computer numerical control) machine tools for thermal metal cutting. The designed set of algorithms and programs is intended for automated design of optimal trajectories of closed paths in a bivariate area given by a technological map of cutting. The results obtained give a reason to believe that application of artificial intelligence technologies in CAD will allow to effectively solve the NP-complicated problems of discrete-continuous structure.
机译:本文介绍了基因编程方法到用于热金属切割的CNC(计算机数控)机床控制程序的计算机辅助设计。设计的一组算法和程序旨在用于通过切割技术地图给出的双方封闭路径的最佳轨迹的自动设计。得到的结果是有理由认为,在CAD中,人工智能技术的应用将允许有效地解决离散连续结构的NP复杂问题。

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