高速零件加工中插补算法的优化研究
摘 要
在制造业领域，高速零件加工是一项重要的工艺。高速零件加工需要高效且准确的插补算法，但现有算法在应对复杂零件时存在精度和效率难以平衡、对复杂轮廓的支持不足等问题。本文研究对高速零件加工中插补算法进行优化，提出三方面的措施：前置处理技术的优化、轻量化算法的设计和实现以及插值步长控制的算法优化。在实验中，我们将优化算法与现有算法在精度和效率方面进行分析，结果表明优化算法显著提升了精度和效率，实现了优越的加工效果。这些优化措施为高速零件加工中插补算法的优化提供了新的思路和方法，也为相关领域的进一步研究提供了一定的基础。因此，本文的研究成果在制造业领域具有一定的价值和应用前景。
关键词：高速零件加工、插补算法、精度与效率平衡
Abstract
In the manufacturing industry, high-speed parts processing is an important process. High-speed part machining requires efficient and accurate interpolation algorithms, but existing algorithms have problems such as difficulty in balancing accuracy and efficiency and insufficient support for complex contours when dealing with complex parts. This paper studies the optimization of the interpolation algorithm in high-speed parts machining, and proposes three measures: optimization of pre-processing technology, design and implementation of lightweight algorithm, and algorithm optimization of interpolation step control. In the experiment, we analyze the optimization algorithm and the existing algorithm in terms of accuracy and efficiency, and the results show that the optimization algorithm significantly improves the accuracy and efficiency and achieves superior processing effects. These optimization measures provide new ideas and methods for the optimization of interpolation algorithms in high-speed parts machining, and also provide a certain basis for further research in related fields. Therefore, the research results of this paper have certain value and application prospects in the field of manufacturing.
Keyword: High-speed part machining、interpolation algorithms、balance of precision and efficiency
目 录
1引言 1
2相关理论阐述 1
2.1高速零件加工 1
2.2插补算法的优化 2
3 现有插补算法的问题与挑战 2
3.1精度与效率的平衡问题 2
3.2对复杂轮廓的支持不足问题 3
3.3算法的普适性和鲁棒性问题 3
4 高速零件加工中插补算法优化的措施 4
4.1前置处理技术的优化 4
4.2轻量化算法的设计和实现 4
4.3插值步长控制的算法优化 5
5结论 5
参考文献 6
致谢 7
摘 要
在制造业领域，高速零件加工是一项重要的工艺。高速零件加工需要高效且准确的插补算法，但现有算法在应对复杂零件时存在精度和效率难以平衡、对复杂轮廓的支持不足等问题。本文研究对高速零件加工中插补算法进行优化，提出三方面的措施：前置处理技术的优化、轻量化算法的设计和实现以及插值步长控制的算法优化。在实验中，我们将优化算法与现有算法在精度和效率方面进行分析，结果表明优化算法显著提升了精度和效率，实现了优越的加工效果。这些优化措施为高速零件加工中插补算法的优化提供了新的思路和方法，也为相关领域的进一步研究提供了一定的基础。因此，本文的研究成果在制造业领域具有一定的价值和应用前景。
关键词：高速零件加工、插补算法、精度与效率平衡
Abstract
In the manufacturing industry, high-speed parts processing is an important process. High-speed part machining requires efficient and accurate interpolation algorithms, but existing algorithms have problems such as difficulty in balancing accuracy and efficiency and insufficient support for complex contours when dealing with complex parts. This paper studies the optimization of the interpolation algorithm in high-speed parts machining, and proposes three measures: optimization of pre-processing technology, design and implementation of lightweight algorithm, and algorithm optimization of interpolation step control. In the experiment, we analyze the optimization algorithm and the existing algorithm in terms of accuracy and efficiency, and the results show that the optimization algorithm significantly improves the accuracy and efficiency and achieves superior processing effects. These optimization measures provide new ideas and methods for the optimization of interpolation algorithms in high-speed parts machining, and also provide a certain basis for further research in related fields. Therefore, the research results of this paper have certain value and application prospects in the field of manufacturing.
Keyword: High-speed part machining、interpolation algorithms、balance of precision and efficiency
目 录
1引言 1
2相关理论阐述 1
2.1高速零件加工 1
2.2插补算法的优化 2
3 现有插补算法的问题与挑战 2
3.1精度与效率的平衡问题 2
3.2对复杂轮廓的支持不足问题 3
3.3算法的普适性和鲁棒性问题 3
4 高速零件加工中插补算法优化的措施 4
4.1前置处理技术的优化 4
4.2轻量化算法的设计和实现 4
4.3插值步长控制的算法优化 5
5结论 5
参考文献 6
致谢 7
