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Research on the Profile Error Evaluation and Visualization of Free-Form Surface

机译:自由形式的概况误差评估与可视化研究

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To solve the problem of evaluating profile error of surface, theoretical surface was built by interpolating design points at the method of bicubic Non-Uniform Rational B-Spline (NURBS). Measuring points were gained by laser measurement, and the mathematical model was built for computing the error. The particle swarm optimization (PSO) was applied to compute the minimum distance from measuring points to design surface, which can evaluate profile error of surface accurately. At the same time, MATLAB software was used to realize visualization of profile error evaluation of free-form surface. Experiments show that the proposed optimization can obtain precise result, the method is feasible, visualization makes geometric feature observed more intuitive and there is important practical significance.
机译:为了解决评估表面的轮廓误差的问题,通过以双向非均匀理性B样条(NURBS)的方法内插设计点来构建理论表面。通过激光测量获得测量点,建立了数学模型来计算错误。施加粒子群优化(PSO)以计算测量点到设计表面的最小距离,这可以精确地评估表面的轮廓误差。与此同时,MATLAB软件用于实现自由形状表面的简档误差评估的可视化。实验表明,所提出的优化可以获得精确的结果,该方法是可行的,可视化使得几何特征观察到更直观,存在重要的实际意义。

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