1) converging & appoximating theorm
夹逼定理
2) approximation theorems
夹逼原理
3) approximation theorem
逼近定理
1.
The extensions of internal function approximation theorem and overflow theorem and theirs applicitaons;
内函数逼近定理及上溢原理的推广及应用
2.
And then, the GFNN (generalized fuzzy neural network) is put forwand, the GFNN approximation theorem is proved.
文中证明了GFNN的函数逼近定理 ,并据此提出了GFNN的结构自组织和参数自学习算法 。
3.
Basic properties,generation theorems,approximation theorems,and perturbation theorems for exponentially bounded C-cosine functions are given.
本文引入了指数有界的Ｃ余弦算子函数的生成元，讨论了生成元的基本性质，建立了相应的生成定理、逼近定理及扰动定理。
4) Approximation
[英][ə,prɔksɪ'meɪʃn] [美][ə'prɑksə'meʃən]
逼近定理
1.
The authors introduce completion and approximation of a quasi_measure according to completion and approximation of a classic measure and the properties of T _function of a quais_measure,complement completion of a fuzzy measure that is advanced and discuss completions of a fuzzy measure that is quasiadditive,subadditive or fuzzy_addtive etc.
由经典测度的完备定理、逼近定理及拟测度的特征T_函数的性质得到了拟测度的完备定理与逼近定理 ,并对已有的模糊测度的完备化做了进一步讨论 ,给出了拟可加、次可加、模糊可加等模糊测度的完备化 。
5) An Application of Approximation Theorem
夹逼原理的应用
6) squeeze
[英][skwi:z] [美][skwiz]
夹逼
1.
This article introduces the Upper and Lower Solutions Method for differential equations,applicationing limit squeeze rule and taking elliptic partial differential equations as an example.
引进微分方程上下解的概念,应用极限夹逼准则思想,以椭圆型偏微分方程为例,用上解与下解来夹逼证明了半线性椭圆型偏微分方程边值问题解的存在性。
2.
Applying the idea of limit squeeze thearem,the concept of upper and lower solutions for differential equations is introdued in this paper.
引进微分方程上下解的概念,应用极限夹逼准则的思想,以椭圆型偏微分方程为例,用上解与下解来夹逼,证明了半线性椭圆偏微分方程边值问题解的存在性。
补充资料：逼夹
1.逼紧地围拢。
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