differentiable
differentiable是什么意思、differentiable怎么读
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differentiable 基本解释
adj. 可辨的，可区分的，可微的
differentiable 词组短语
differentiable 双语例句
- 1、
And, we say that a function is differentiable if these things exist.
我们说一个函数是可微的，如果这些偏导数存在。 - 2、
OK, so most of the functions we'll see are differentiable.
因此大多数我们会遇到的函数都是可微的。 - 3、
Maybe I should write it F defines a differentiable everywhere on this.
写下来吧，F应该是处处有定义的。 - 4、
In our results, we do not require activation functions to be bounded, differentiable or strictly increasing.
同已有的结果相比，我们不要求函数有界，可微或严格增加等条件。 - 5、
The authors probe into the historical development of continous functions which are nowhere differentiable and the major way of thinking in its proof.
探讨了连续而无处可导函数的历史发展过程及其证明的主要思想方法。 - 6、
differentiable manifolds methods in RNN.
递归神经网络微分流形方法。 - 7、
I need to have a vector field that is defined and differentiable& everywhere in D, so same instructions as usual.
我需要一个确定的向量场，而且它在，D，上是处处可微的，然后和平时一样的做法。 - 8、
That means you need your vector field to be continuous and differentiable everywhere on the surface S.
也就是，向量场是连续的，且在曲面S上处处可微。 - 9、
The value function turns out to be continuous in the whole plane, and is even continuously differentiable in the interiors of both right and left half planes.
说明了值函数在整个平面上是连续的，在左右两个半平面的内部还是连续可微的。 - 10、
This article was to offer necessary and sufficient condition and application of conjugate differentiable complex function in complex system.
给出了复形式的复变函数的共轭可微性充要条件的证明及其重要应用。 - 11、
In a few places in the book, the notion of differentiation would be helpful. Not all continuous functions are differentiable.
在书中的一些地方，可微的概念可能是有用的。不是所有的连续函数都是可微的。 - 12、
Another Two Forms of Necessary and Sufficient Condition of differentiable Complex Function; Teacher: Look at this formula. If I want to work out the area of a parallelogram, what do I have to know firstly?
复变函数可微性充要条件的另两种形式师：看看这个公式，要求出平行四边形的面积，必须知道哪两个条件？ - 13、
They turn out to be differentiable at0.
他们在0点也成为可微分的。 - 14、
The approximation of differentiable functions by a kind of interpolatory rational functions is discussed, and the corresponding order of approximation is obtained.
讨论了一类插值有理函数对可微函数的逼近，得到了相应的逼近阶。 - 15、
Why won't this woman just suck it up and right differentiable characters, with their own voices?
为什么吴尔芙不干脆吸收这个人的声音，然后利用不同的角色？ - 16、
Every polynomial is differentiable, and so is every rational.
每个多项式都是可微的，而每个有理函数也是如此。 - 17、
Not all continuous functions are differentiable.
不是所有的连续函数都是可微的。 - 18、
The function is continuously differentiable.
函数是连续可微分的。 - 19、
Maximal and Minimal Value Principle of differentiable Functions on Noncompact Complete Riemannian Manifold
非紧完备黎曼流形上可微函数的极值原理 - 20、
Theory of singularities of differentiable mappings
可微映射的奇点理论 - 21、
The traditional bi-level model formulation of these problems is transformed into a single-level continuously differentiable problem using a marginal function approach.
并提出了一种基于路段变量的连续可导的边际函数和距离函数，从而把两层规划转化成单层规划问题。 - 22、
Some suggestions for executing this method are presented, graphical results of nowhere differentiable continuous function are shown.
对此，阐明了一些有效的建议，并给出了无处可微连续函数的图示结果。 - 23、
Piecewise continuous differentiable function
分段连续可微分函数 - 24、
A differentiable Sphere Theorem with Positive Ricci Curvature
具有正Ricci曲率流形上的一个微分球定理 - 25、
There is a nodus to design an observer for nonlinear bounded continuous differentiable system.
对于非线性有界连续可导系统的观察器设计是观察器设计的难点之一。 - 26、
In this paper, a decomposability theorem is presented and proved by differentiable manifolds theories.
本文提出并采用微分流形理论证明智能机器人体系结构可分解性定理。 - 27、
If f is a differentiable convex ( concave) function on an interval I;
设f是区间I上的一个可微凸（凹）函数。 - 28、
It was proved that in infinitely differentiable function class non-hydrostatic perfect elastic equations set is stable.
证明了非静力完全弹性方程组在无穷可微函数类中是稳定方程； - 29、
The concept of ( h,φ)-differentiable functions is introduced.
引进了（h，φ）-可微函数的概念。 - 30、
The relation between bounded variation function and differentiable function is discussed.
研究了[a，b]上的有界变差函数与[a，b]上的可微函数之间的关系，得出了有界变差函数是准可微函数；
differentiable 英英释义
adj
- capable of being perceived as different
- differentiable species
- possessing a differential coefficient or derivative