1) hidden function wavelet
非显式小波
1.
In this paper, the model and structure of Wavelet Neural Network (WNN) for signal recognition and classification are discussed, then a learning algorithm of hidden function wavelet neural network is obtained to improve the network structure.
研究了小波神经网络用于信号分类识别的模型结构 ,建立了非显式小波网络的学习算法 ,给出了一种改进的小波神经网络模型 ,并把该模型应用于电力系统故障信号识别 ,提高了信号分类识别的精度 。
2) explicit filtering
显式滤波
1.
Based on the traditional large eddy simulation (LES) approach,explicit filtering was introduced,which effectively controlled the numerical errors in the smallest resolved scales.
在传统大涡模拟方法的基础上引入显式滤波技术,有效地控制了最小解析尺度区域的各种数值误差。
2.
The data with explicit filtering were compared with the results from the traditional large eddy simulation approach.
在传统大涡模拟算法的基础上引入显式滤波技术,有效地控制了截断误差。
3) wavelet-based salient points
小波显著点
4) non-explicit formula
非显示公式
1.
The research was focused on the particular non-explicit formula for calculating regional thermo-dynamic properties.
将国际通用工业用水和水蒸汽性质公式"IAPWS-IF97"实现了程序化,重点针对特定非显示公式区域热力性质的计算进行了详细研究,通过对所涉及的非线性方程求解的分析,寻找到合适的迭代初始值,从而保证了程序在各种区域的稳定性和高效性;通过与《水与水蒸汽》公布的数据进行对比,计算结果的相对误差小于1。
5) explicit traveling wave solution
显式行波解
1.
New explicit traveling wave solutions for boussinesq equation;
Boussinesq方程新的显式行波解
2.
This paper is concerned with the explicit traveling wave solution to the RLW-Burgers equation.
借助于未知函数的变换,将求解RLW-Burgers方程的行波解问题转化为解广义的Fisher方程,通过待定系数法,得到了它的显式行波解。
3.
By applying extended tanh method,the authors have obtained some new explicit traveling wave solutions of the(3+1)-dimensional KP equation,including solitary wave and elliptic functional solutions and so on.
利用推广的tanh法,求出了(3+1)维KP方程的某些新的显式行波解,其中包括孤立波解和椭圆函数解等。
6) explicit travelling wave solution
显式行波解
1.
In this paper,a generalized Fisher equation is discussed,and some explicit travelling wave solutions are obtained.
本文讨论了一类广义Fisher方程,得到了它的多个显式行波解。
2.
In this paper, a generalized Fisher equation is discussed, and some explicit travelling wave solutions are obtained.
讨论了一类广义 Fisher方程 ,得到了它的多个显式行波
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条