... Data-path Optimization 数据路径优化 Tool Path Optimization 孔加工路径优化 Path Optimization Problem 路径优化问题 ...
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The tool path optimization was realized by adopting genetic algorithm, and the code rule and genetic operater was designed. Simulation results shown that optimization effectively shorten the vacancy cutting feed travel.
建立了刀具加工路径优化模型,以加工区域分块为基础,采用遗传算法完成了刀具加工路径的优化,设计了编码规则及遗传操作方法,完成了优化算法,仿真结果表明优化刀具路径后对缩短空走刀行程具有明显效果。
参考来源 - 基于图像的数控雕刻系统研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Finally, the tool path optimization has been realized through the example of "a telephone's top head concave mold processing".
最后通过一个“电话上盖凹模加工”实例实现刀具轨迹的优化。
Some tool-path optimization algorithms are put forward for High Speed Milling (HSM) aiming at the characters and requests from NC automatic programming of HSM.
针对高速铣削的特点和编程要求，提出了适合高速铣削的粗精加工刀轨优化算法。
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