生成中间帧的方法有线性插补法和高次多项式拟合法等。
The usual methods of building in-between frames include linear interpolation method and higher order spine interpolation.
本文介绍了带线性项的富里哀多项式拟合法的推导、计算思路。
In this paper, the derivation and thinking of the calculation of the Fourier polynomial fitting with a linear term is introduced.
将本方法在周期时段划分、拟合精度、函数收敛方面与契比雪夫多项式拟合法进行了对比。
The Fourier polynomial fitting is compared with the Chebysher polynomial fitting in the division of cyclic time interval and fitting accuracy as well as convergence of function.
汽蚀曲线绘制方法有传统的有手工绘法、多项式拟合法、非线性拟合法、三次样条插值法等。
Cavitation curve drawing method of the traditional hand-drawn method, polynomial fitting, non-linear fitting, cubic spline interpolation method.
通过与线性插值、多项式拟合法和神经网络逼近法的比较，可以明显看出用该神经网络算法的优越性。
Compared with linear inserting value and multinomial imitation method, it is obvious that NN has more advantages.
并在大量实验的基础上指出，从原始数据图像到等经纬度投影图的纠正过程中不宜采用间接的多项式拟合法。
It is unsuitable to directly adopt indirect polynomial correction method in the process from raw data to longitude latitude projection image.
智能拟合法与传统的非智能拟合法相比具有可以自动寻求最优多项式、拟合精度高的优点。
The intelligent fitting method has more advantages than the traditional unintelligent method, such as automatically selecting optimum polynomials and higher precision.
此外，与多项式曲线拟合法的对比分析表明，该方法优于传统的多项式曲线拟合法，具有更好的预测效果。
The proposed method can give more reasonable and more promising prediction results as compared with polynomial curve fitting technique.
无论是曲面拟合法还是路径线法，各量计线上增殖误差可用时间多项式函数来表示，且多项式最高幂次数与量计线数目有关。
Propagation error for each gage can be expressed as polynomial of time and the highest power of polynomial ism-1, which mis the number of gages.
计算扫描颜色通常可以用多项式曲线拟合法和光谱响应计算法。
The normal calculation methods are polynomial fitting and spectral response function fitting.
计算扫描颜色通常可以用多项式曲线拟合法和光谱响应计算法。
The normal calculation methods are polynomial fitting and spectral response function fitting.
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