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基于免疫算法的二次曲面几何参数提取
Geometric Parameter Extraction of Quadric Surface Based on Real-coded Immune Algorithm in Reverse Engineering
【摘要】 在机械产品的逆向工程中,针对测量数据提取常用二次曲面几何参数非常重要,它有助于理解设计意图,提高重建模型的精度和效率。提出了基于实数编码免疫算法针对离散数据点进行二次曲面提取的方法。数值实验结果证明了此算法的有效性、鲁棒性和精确性。
【Abstract】 Extracting geometric parameters of quadric surface from measured data is an important problem in reverse engineering of mechanical parts. It helps understand the designer’s intention and improves accuracy and efficiency of parts reconstruction. This paper proposed to use immune algorithm based on real-number-coding to extract quadric surface. Numerical experiments and comparing with other algorithm show the high efficiency, robustness and accuracy of this algorithm. A new method is offered to extract quadric surface based measured points for reverse engineering.
【关键词】 免疫算法;
二次曲面;
实数编码;
逆向工程;
【Key words】 immune algorithm; quadric surface; real-coding; reverse engineering;
【Key words】 immune algorithm; quadric surface; real-coding; reverse engineering;
【基金】 航空科学基金项目(04H53059);华北水利水电学院青年科研基金项目(HSQJ2004003)
- 【文献出处】 软件导刊 ,Software Guide , 编辑部邮箱 ,2006年19期
- 【分类号】TP391.72
- 【下载频次】67