1) bias element
偏差单元
1.
Safety monitoring model of Lijiaxia Arch Dam based on recurrent neural network with bias elements;
基于带有偏差单元的递归神经网络的李家峡拱坝安全监控模型
2.
Recurrent neural network is generated by adding the feedback and the bias element to BP neural network model of fuzzy optimization,whose basic idea is to increase the network s ability to process dynamic information through adding extra and internal feedback channels to feedforward neural network.
在模糊优选BP神经网络模型上,加入反馈信号及偏差单元,生成递归神经网络。
2) IRN with Biased Unit
带偏差单元的回归网络
3) deviating argument
偏差变元
1.
Periodic solutions to third-order functional differential equation with deviating argument;
一类三阶具偏差变元微分方程的周期解(英文)
2.
Oscillation for systems of a class of second order partial eifferential equations with deviating arguments;
带有偏差变元的二阶偏微分方程组的振动性
3.
Asymptotic behavior of solutions for first order nonlinear difference equations with deviating arguments is studied.
研究了一阶具偏差变元非线性差分方程解的渐近性,所得结果显著地改进并推广了已有文献中的结果。
4) deviating arguments
偏差变元
1.
Oscillation criteria for first order nonlinear differential equations with deviating arguments;
一阶非线性具偏差变元的微分方程的振动准则
2.
In this paper we consider the first order nonlinear delay differential equations with deviating arguments of the formx′(t)+a(t)f(x(t))+p(t)g(x(t))h(x(t-τ_1(t)),x(t-τ_2(t)),…,x(t-τ_n(t)))=0(*),where a,p,τ_j∈C(R~+,R~+),(lim)t→+∞(t-τ_j(t))=+∞,j=1,2,…,n,f,g∈C(R,R),xf(x)>0(x≠0),∫~1_01[]f(x)dx=+∞,∫~0_(-1)1[]f(x)dx=-∞,g(x)>0,and h∈C(R~n,R),x_1h(x_1,x_2,…,x_n)>0(x_1x_j>0,j=1,2,…,n).
研究一类一阶非线性具偏差变元的时滞微分方程x′(t)+a(t)f(x(t))+p(t)g(x(t))h(x(t-τ1(t)),x(t-τ2(t)),…,x(t-τn(t)))=0,(*)。
3.
To study a class of boundary value problems of parabolic differential equations with deviating arguments, averaging technique, Green s formula and symbol function sign(·) are used.
研究具有偏差变元的抛物型方程组的一类边值问题 。
5) unilateral deviation
单向偏差
6) individual deviation
单一偏差
补充资料：逼近函数的偏差
逼近函数的偏差
deviation of an approxmating function
通近函数的偏差【山血位扣of ana即.油加tiI犯如‘丘.;yoo.e。。e np:6二:狱a沁川e‘中y。二明。。1 逼近函数g〔K和一个给定函数f任叨之间的距离p匆，f).在同一个类叨内可以考虑用不同度量p，譬如一致度量 p(g，f)一碧笃}g(x)一f(x)I，以及积分度量 /(。，，)一(i一(·)一，(·):“·)’‘’，p一和别的度量.至于逼近函数的类K则可以用代数多项式、三角多项式，还有f关于某个正交系的正交展开的部分和，这些部分和的线性平均，以及一些别的集之、
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