AOP allows us to execute an arbitrary function when a specified method is called.
AOP允许我们在指定的方法被调用时执行任意的函数。
This is normal, and the arbitrary function all can approach with dividing section multinomials because can know from infinitesimal calculus.
这是正常的，因为从微积分可以知道，任一函数都可以用分段多项式来逼近。
In this paper, a complete classical and potential symmetry classification is obtained for a linear wave equation containing an arbitrary function.
先给出了含有一个任意函数的线性波动方程的古典和势对称的完全分类。
However, this presents problems when the library allows arbitrary function objects to implicitly become slots, because slots are no longer comparable.
然而，当库允许任意的函数对象隐式地变成插槽时，这里出现了问题，因为插槽不再具有比较性。
The theoretical basis of ANN is function approximation, it USES a two - level feedforward neural network to approach arbitrary function to realize better power flow control.
径向基函数神经网络的理论基础是函数逼近，用一个两层的前向网络去逼近任意函数，以更好地进行潮流控制。
The theoretical basis of ANN is function approximation, it USES a two - level feedforward neural network to approach arbitrary function to realize better power flow control.
径向基函数神经网络的理论基础是函数逼近，用一个两层的前向网络去逼近任意函数，以更好地进行潮流控制。
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