1) Jacobi weight
Jacobi权
1.
Weighted L_p~ω approximation by modified Bernstein-Durrmeyer operator with Jacobi weight;
带Jacobi权修正的Bernstein-Durrmeyer算子在权L_p~ω中的逼近
2.
Using the relation between the weighted modulus of smoothness and the weighted main-part modulus of smoothness,we discuss the pointwise direct and equivalent approximation theorem with Jacobi weight for Beta operator.
引入一种改变的带权K-泛函,利用带权光滑模和带权主部光滑模的关系及带权光滑模与改变的带权K-泛函的等价性,讨论了Beta算子的点态带Jacobi权逼近正定理及等价定理。
3.
Using the moduli of smoothnessω_φ~Tλ(f,t)_ω,direct and inverse approximation theorems with Jacobi weight for combinations of Baskakov operators is established in the paper, and the relation between higher derivatives of the operators and the smoothness of functions to be approximated is obtained in the paper.
利用加权光滑模ω_φ~Tλ(f,t)_ω给出了Baskakov算子的线性组合加Jacobi权逼近的正逆定理;另外,研究了加Jacobi权下Baskakov算子的高阶导数与所逼近函数光滑性之间的关系。
2) Jacobi weights
Jacobi权
1.
In this paper,Lp approximation with Jacobi weights by linear combinations of Szsz-Mirakjan-Durrmeyer Operators is discussed and characterization for the rate of approximation of the operators is given.
本文讨论了Sz sz -Mirakjan -Durrmeyer算子的线性组合算子加Jacobi权的Lp(1
3) generalized Jacobi weight
广义Jacobi权
4) Jacobian
[dʒæ'kəubiən]
Jacobi
1.
Some Jacobians of the Transformation between Random Vectors and Matrices;
Jacobi行列式的计算
2.
This involves computing the Jacobians of these transformations.
随机矩阵之间变换的Jacobi行列式的计算,常规方法就是求出变换的行列式的元素再求行列式值,这一方法能计算许多变换的Jacobi,但其计算量非常大,有时甚至无法算出结果。
5) Jacobi-weights of non-product form
非乘积型Jacobi权
1.
In this paper,we first construct Jacobi-weights of non-product form,then study the convergence rate of Meyer-Konig-Zeller operators with Jacobi-weights on a simplex by making use of multivariate decompose skills and results of Meyer-Knig-Zeller operators and finally,obtain the approximation direct theorem.
引入二元非乘积型Jacobi权,利用分解技巧及一元的结论,讨论单纯形上Meyer-Knig-Zeller算子加权逼近的收敛阶,得到逼近的正定理。
6) JACOBI method
JACOBI法
1.
Then it can get a kind of model that has concentration weight and calculates the frequency with JACOBI method.
在进行动力特性分析时,采用动力凝聚方法把角位移自由度缩减掉以便从总刚中求侧移刚度矩阵,从而把原来的体系转化为带有集中质量的杆件模型,然后再将侧移刚度矩阵转化成正定矩阵,利用广义JACOBI法求出频率和振型。
补充资料：因侵害姓名权、肖像权、名誉权、荣誉权产生的索赔权
因侵害姓名权、肖像权、名誉权、荣誉权产生的索赔权：公民、法人的姓名权、名称权，名誉权、荣誉权、受到侵害的有权要求停止侵害，恢复名誉，消除影响，赔礼道歉，并可以要求赔偿损失。
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参考词条