... 函数代数 function algebra; 函数导数 functional derivative; 函数的正交系 orthogonal system of functions; ...
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常数函数之导数 of a constant function
指数函数之导数 of exponential function
复合函数之导数 of a composite function
幂函数之导数 of a power function
求样条函数的方向导数 fndir
隐函数的导数 Derivative of Implicit Function
偏导数函数 derivative functions
需求函数在该点的导数 differential coefficient
矢量函数的导数 the derivative of vector functions
第二章研究有界正则函数导数的估计问题。
In second chapter, we discuss the problems of estimating in the derivation of bounded functions.
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。
The paper gives a derivation rule of the power exponential function and analyzes some common calculation methods.
当网络连接权值矩阵的最小特征值大于激活函数导数的倒数时,网络并行收敛。
When the minimal eigenvalue of connection weights matrix is greater than the reciprocal of derivation of its neuron activation function, the network will be convergent in parallel update mode.
All right. If the derivative is small, it's not changing, maybe want to take a larger step, but let's not worry about that all right?
好,如果导数很小的话,函数就基本没什么变化,可能我们就想把步子迈大一点儿了,但是别为这个担心?
What's a function, what's a derivative, what's a second derivative, how to take derivatives of elementary functions, how to do elementary integrals.
什么是函数,什么是导数,什么是二阶导数,如何对初等函数求导,如何进行初等积分
One way to think about this intuitively if the derivative is very large the function is changing quickly, and therefore we want to take small steps.
关于这个方法很直观的一点想法是,如果导数非常大,函数也就变化的非常快,因此我们想一小步一小步的来。
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