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1·In this -paper Chebyshev polynomial is generalized into irregular grids.

本文将车贝雪夫多项式推广到不规则格点上。

2·The Chebyshev polynomial was applied to fit satellite coordinates of the broadcast ephemeris to realize satellite orbit standardization.

利用切比雪夫多项式拟合广播星历的卫星坐标，以实现卫星轨道的标准化。

3·With the use of the properties of the second Chebyshev polynomial, a group of interesting identity of sine and cosine function is obtained.

利用第二类契贝谢夫多项式的性质得到了关于正余弦函数的一组有趣的恒等式。

4·A Characteristic polynomial algorithm for computation of Chebyshev polynomial over finite field is modified to achieve faster execution speed.

对计算有限域上切比雪夫多项式的特征多项式算法进行改进以提高算法的执行速度。

5·In this paper by using the symplectic transformation condition, some new formulas including Chebyshev Polynomial, trigonometric identity, hyperbolic identity were obtained.

利用辛变换条件得到了一些新的切比雪夫多项式公式、三角恒等式和双曲恒等式。

6·For determination of cycle slips of GPS phase measurements and calculation of satellite orbital coordinates in GPS data processing the Chebyshev polynomial is a good method.

在GPS数据处理中 ，对相位观测值周跳的解算及卫星轨道坐标的拟合推算 ，切比雪夫多项式是比较好的算法之一。

7·Working on an electronic computer, the efficiency with these approximate expressions deduced from Chebyshev polynomial, for example, for the calculation of the meridian length …

在同一电子计算机上利用这些数值逼近公式，其计算速度，以子午线孤长正反算为例可比相应的同精度的经典方法提高五倍至数十倍。

8·One of them is the interpolation of variable parameters and the other is the higher order interpolation of rectangular coordinates of satellites by means of Chebyshev polynomial.

一种是“可变参数内插法”，另一种是用契比雪夫多项式对卫星直角坐标进行高阶内插的方法。

9·The general methods are polynomial approximation and Chebyshev approximation.

常见的方法有多项式逼近，切比雪夫多项式逼近。

10·By studying the properties of second specie of Chbyshev polynomial, a group of identities and an inference of the second specie odd-suffixed Chebyshev polyinomials are obtained.

研究了第二类契贝谢夫多项式的性质，给出了奇下标第二类契贝谢夫多项式的一组恒等式及一个推论。