1) approximation computation
逼近计算
1.
By approximation computation of time domain,the supplement of the expansion form for even order B-spline is given in the expansion theorem.
通过时域的逼近计算,补充了偶次B样条在展开定理中的展开方式,提出了其基函数的一般构造方法。
2) numerical computation/Pade approximation
数值计算/Pade逼近
4) approximation algorithm
逼近算法
1.
Quantitative risk analysis of structure resonance disaster during earthquake based on approximation algorithm;
基于逼近算法的结构共振震害定量风险分析
2.
From this, the optimal policy problem of the model is solved and its finite-horizon approximation algorithm is given, and in which the state space this algorithm involved is countable.
在不改变状态空间可列 性的条件下,把该模型转化为[5]中的一般化折扣模型,从而解决了其最优策略问题,并 且得到了该模型的有限阶段逼近算法,其中该算法涉及的状态是可列的。
3.
By using the resolvent operator associated with(G,η)-monotone mappings,an existence theorem of solutions for this kind of variational inclusions is estaslished a new approximation algorithm is suggested,and the convergence of iterative sequences generated by the algorithm is proved.
利用(G,η)-单调映象的预解算子技巧,建立并讨论了这种变分包含解的存在性定理,也提出了一个新的逼近算法,证明了由此算法产生的迭代序列的收敛性。
5) algorithm
[英]['ælɡərɪðəm] [美]['ælgə'rɪðəm]
逼近算法
1.
The iterative algorithms are given and the existence and convergence theorems are proved to be the solution to that kind of problems.
研究了一类新的关于模糊映射的完全广义变分包含问题 ,给出了解的逼近算法 ,证明了这类问题解的存在定理和序列收敛定理 ,推广了 N。
6) operator approximation
算子逼近
1.
This paper considers de la vallee -poussin operator approximation continuous functions, gets the following better estimation.
本文考虑delavallee──poussin算子逼近连续函数的较佳估计。
2.
From the functional analysis,the dynamic prediction problem was viewed as operator approximation problem and the operator approximation capability was analyzed and proved.
从泛函分析的角度出发,将动态预测的问题看作算子逼近问题,分析并证明算子逼近能力,进而提出了过程神经网络的动态预测方法,并将时间序列预测问题转化为泛函逼近或算子逼近问题,证明了过程神经网络能以任意精度逼近任意连续算子。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条