| 1. | On the integral means of derivatives for some class of bazilevich functions
函数导数的积分均值 |
| 2. | The paper gives a derivation rule of the power exponential function and analyzes some common calculation methods
摘要证明了一条幂指函数的求导法则，并总结了幂指函数导数计算的常用方法。 |
| 3. | At first , this thesis gives right calculation results of derivative of daubechies scaling function , the determine fashion of continuity is rendered
本论文首先推导了daubechies尺度函数导数或高阶导数的正确计算结果，给出了它的连续性的判定方式。 |
| 4. | Some results of bounded regular functions have been given from special to general . hence , there are some better results in the problem of estimating the derivation of bounded regular functions
本文把有界正则(解析)函数的一些结论，从特殊推广到一般，从而完善了有界正则函数导数的估计。 |
| 5. | 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。 |
| 6. | In first chapter , we easily introduce status in quo of the problem of the derivative of bounded regular functions and the problem of coefficients estimating of bounded regular functions , and some results is obtained in this paper
第一章简介有界正则函数导数及系数估计问题的现状，给出本文所得到的主要结论。第二章研究有界正则函数导数的估计问题。 |
| 7. | In the fifth chapter , by using the direct lyapunov method and adding some conditions on the controlling function of the derivate of lyapunov function , we get some sufficient conditions on stability and unstability of the impulsive differential system
在第五章中，运用李雅普诺夫直接方法并对李雅普诺夫函数导数的控制函数加以限制，得到了脉冲微分系统稳定性及不稳定性的若干充分条件 |
| 8. | In the latter part of this paper , by using lyapunov direct method and adding some conditions on the controlling function of the derivate of lyapunov function , we get some sufficient conditions of stability and unstability for impulsive differential system
后半部分主要运用了李雅普诺夫直接方法，并对李雅普诺夫函数导数的控制函数加以限制，得到了脉冲微分系统稳定性及不稳定性的若干充分条件 |
| 9. | This algorithm has conquered the deficiencies of the traditional optimization methods that require calculating the derivative of the objective function and that are easily trapped in the local optimal areas . but the shortcoming of ga is its poor search efficiency . the thesis suggests integrating the gradient - based algorithm sqp into ga , and thus combining the global search ability of ga and fast convergence ability of sqp , which results in two hybrid algorithms ga - sqp - i and ga - sqp - ii
该方法克服了传统优化方法需要计算目标函数导数且容易陷入局部最优的缺陷，但遗传算法本身具有搜索效率低的缺陷，本文提出将其与传统梯度算法sqp相结合，发挥遗传算法的全局搜索能力和梯度算法收敛快的优势，开发了两种混合算法ga - sqp - i和ga - sqp - 。 |
