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- One way of doing this is by using interpolating polynomials. 实现这一目的的一种计算方法就是使用插值多项式。
- approximation by Hermite interpolation polynomials 埃尔米特插值多项式逼近
- approximation by Lagrange interpolation polynomials 拉格朗日插值多项式逼近
- quasi-Griunwald interpolation polynomials 拟Griinwald插值多项式
- quasi-Herrnite-Fejer interpolation polynomials 拟Hermite-Fejer插值多项式
- trigonometric interpolation polynomials 三角插值多项式
- Hermite interpolation polynomials Hermite插值多项式
- Grünwald interpolation polynomials Crünwald插值多项式
- Lagrange interpolation polynomials Lagrange插值多项式
- Hermite-Fejer interpolation polynomials Hermite-Fejer插值多项式
- Let L_n(x) bc thc interpolation polynomial of dcgrce n for a function f(x). 令L_n(x)是函数f(x)的n次插值多项式。
- Linear Combination in Triangle Interpolation Polynomials 三角插值多项式的线性组合
- Egervary-Turan Hermite-Fejer interpolation polynomials Egervary-Turan修正Hermite-Fejer插值多项式
- APPROXIMATION BY A KIND OF DOUBLE TRIGONOMETRIC INTERPOLATION POLYNOMIALS 一类二元三角插值多项式的逼近
- Approximation by product of bivariate trigonometric interpolation polynomials 二元乘积型三角插值多项式的逼近
- Linear Summability of Bivariate Trigonometric Interpolation Polynomials 关于二元三角插值多项式的线性求和问题
- Under the condition of discrete logarithm problem, S2 was decrypted by OPE (Oblivious Polynomial Evaluation) protocol and Lagrange Interpolation Polynomial (scheme 2). 在离散对数困难问题的条件下，利用不经意多项式估值协议(OPE)和拉格朗日插值多项式来解密S2（方案2）。
- Under the condition of a discrete logarithm problem, S2 is decrypted by the OPE (Oblivious Polynomial Evaluation) protocol and Lagrange Interpolation Polynomial (scheme 2). 在离散对数困难问题的条件下，利用不经意多项式估值协议和拉格朗日插值多项式来解密S2（方案2）。
- Under the condition of a discrete logarithm problem,S2 is decrypted by the OPE(Oblivious Polynomial Evaluation) protocol and Lagrange Interpolation Polynomial(scheme 2). 在离散对数困难问题的条件下;利用不经意多项式估值协议和拉格朗日插值多项式来解密S2(方案2).
- Convergence Order of Double Variate Combination Trigonometric Interpolation Polynomials 二元组合型三角插值多项式的收敛阶
