| 1. | They turn out to be differentiable at 0 .
他们在0点也成为可微分的。 |
| 2. | The operation of differentiation was first systematized by newton(1642-1727)and leibnitz .
微分的计算最早是由牛顿（1642-1727）和莱布尼兹加以系统化的。 |
| 3. | The topological convergence of the cone weak subdifferential of set - valued mapping sequence
集值映射序列的锥弱次微分的拓朴收敛性 |
| 4. | In 2nd section we have reviewed the main theory of bsde and bsde with jumps
第二章主要回顾了倒向随机微分及带跳倒向随机微分的主要理论。 |
| 5. | The operation of differentiation was first systematized by newton ( 1642 - 1727 ) and leibnitz
微分的计算最早是由牛顿（ 1642 - 1727 ）和莱布尼兹加以系统化的。 |
| 6. | There exist two implementing methods in the automatic differentiation , including the source transformation method and the operator overloading method
自动微分的实现方法包括源代码变换方法和运算符重载方法。 |
| 7. | By means of the concept of - subdifferential , this paper employs a new method and constructs resolvent formula of - subdifferential operators
本文用一种新颖的方法，借助于-次微分的概念，构造-次微分算子的预解式来逼近问题的解。 |
| 8. | Based on the fourth - order difference formula of the second derivative term , a fourth - order finite difference method is developed for solving two - points boundary value problem
摘要从中心差分公式出发，利用二阶微分的四阶差分公式，对两点边值问题得到了一种四阶精度的差分格式。 |
| 9. | Odyssee was developed by sophia antipolis research center of france inria company in almost six years . it can make both adjoint mode transformation and tangent mode transformation
Odyssee是由法国inria公司的sophiaantipolis研究中心耗时近六年开发的自动微分工具，具有正向微分和逆向微分的能力。 |
| 10. | Abstract : a relatively direct method is expounded in this paper to prove the termwise differentiation of power series , and a simple method is expressed to calculate the fourier coefficient
文摘:用比较直接的方法证明幂级数的和函数在收敛域内可以逐项微分的公式；并得到了计算傅立叶系数的一种简便方法 |
