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Simulation and Implementation of an Improved Inscribed Chord Interpolation Algorithm

机译:改进的铭刻曲线插值算法的仿真与实现

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In order to improve the shortcomings of the realization of the traditional quadratic curve interpolation inscribed chord method, this paper proposes an improved internal chord interpolation algorithm. The program flow chart of the algorithm achievement and the interpolation method of circular arc interpolation and linear interpolation of a detailed operation process is given in this paper. Finally through a calculation example the simulation is conducted, and the point by point comparison method were compared. The simulation results show the improvement on the quadratic curve interpolation in the inner string interpolation speed, good flexibility, and it worth popularizing in the interpolation algorithm for real time interpolation.
机译:为了提高传统二次曲线插值的实现缺陷铭刻曲线方法,本文提出了一种改进的内部弦插值算法。本文给出了算法算法的程序流程图和详细操作过程的圆弧插值和线性插值的内插方法。最后通过计算示例进行模拟,并比较点比较方法的点。仿真结果表明,内弦插值速度的二次曲线插值,良好的灵活性,并且在实时插值中的插值算法中值得推广。

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