| 1. | Does monotone locally bounded function definitely have extreme
"单调有界函数必有极限"吗 |
| 2. | Theorem 2 the product of a bounded function and an infinitesimal is an infinitesimal
推论1常数与无穷小的乘积是无穷小。 |
| 3. | Theorem 2 the product of a bounded function and an infinitesimal is an infinitesimal
定理2有界函数与无穷小的乘积是无穷小。 |
| 4. | Almost bounded function
殆有界函数 |
| 5. | A priori point - wise estimations are established for bounded functions satisfying a new class of nonlinear inequalities involving improper integrals
摘要对满足一类新的含反常积分非线性不等式的有界函数建立了先验逐点估计。 |
| 6. | A general estimation of the nth derivation of the function is presented by using the principle of the inductive model and the characters of the bounded functions
对有界正则函数族中的函数，根据最大模原理和有界函数的系数不等式，得到了n阶导数的准确估计式。 |
| 7. | This dissection is mainly to discuss the problems of estimating in the derivation of bounded functions , the coefficients of bounded regular functions and schwarz - pick lemma for the derivation on the hyperbolic metric
本文研究有界正则函数导数和系数的估计问题，以及双曲度量下关于导数的schwarz - pick不等式。 |
| 8. | The overall idea is that the system of robotic manipulators is decomposed as two parts : one is nominal system with perfect knowledge of dynamic model and the other is system with uncertainties . ctc is used to control nominal system . for uncertainties system , we utilize the regressor of robotic system or bounding function on uncertainties to design
基本思想都是将不确定性机器人系统分解成标称系统和不确定系统：对于标称系统，采用计算力矩控制；对于不确定系统，利用机器人系统的回归矩阵或集中不确定性上界的包络函数，设计不同的补偿控制器。 |
| 9. | We compare the approximation of an analytic function f by its taylor polynomial and its poisson partial sum with the same number of terms and illustrate that for functions with limit zero at infinity and for bounded functions the poisson expansion provides a better approximation to the function than the taylor expansion
在第三章中，介绍了rb曲线与poisson曲线的概念以及基本的几何性质，指出了poisson基函数与有理bernstein基函数之间存在的关系，并且将解析函数的taylor逼近与poisson逼近进行比较。实例表明，对于在无穷远处极限为0的函数以及有界函数， poisson逼近比taylor逼近效果要好。 |
