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Research on Look-ahead Adaptive Interpolation of NURBS Based on de Boor Algorithm

机译:基于de Boor算法的NURBS超前自适应插值研究

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This paper realizes direct interpolation of NURBS with use of solving the non-linear equation and de Boor algorithm, which improves the efficiency greatly by avoiding computing the derivatives and basic functions; meanwhile, lookahead adaptive interpolation algorithm (LAIA) adjusts the feedrate according to the curvature to guarantee the contour accuracy, and the new backtracking and re-interpolation strategy makes it more efficient. Reverse interpolation with use of NURBS symmetry is proposed to predict the deceleration point precisely. The algorithm performs very well in experiments, which prove its viability and reliability.
机译:通过求解非线性方程和de Boor算法,实现了NURBS的直接插值,避免了计算导数和基本函数,大大提高了效率。同时,超前自适应插补算法(LAIA)根据曲率调整进给速度以保证轮廓精度,而新的回溯和重新插补策略使其效率更高。提出了利用NURBS对称性进行逆插值以精确预测减速点的方法。该算法在实验中表现很好,证明了其可行性和可靠性。

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