本文基于刀具路径几何仿真，研究了平面曲线轮廓数控加工进给速度优化技术，这种优化技术是智能化数控加工编程的基础。
The paper presents a systematic technology of feed rate optimization on CNC planar profile milling based on geometric simulation of tool path which is the base of intelligent CNC programming.
将人工智能技术运用于切削参数选择，可以提高数控加工系统的智能化，进而为CIMS系统的集成奠定良好的基础。
Using artificial intelligent technology to determine cutting parameter can raise the intelligence of the nc system and then establish good foundation for CIMS system integrated.
将人工智能技术运用于切削参数选择，可以提高数控加工系统的智能化，进而为CIMS系统的集成奠定良好的基础。
Using artificial intelligent technology to determine cutting parameter can raise the intelligence of the nc system and then establish good foundation for CIMS system integrated.
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