1) variable delay argument
变滞量
1.
The oscillation problem for a class of the second order neutral difference equations with several variable delay arguments and variable coefficients was studied.
研究了一类具有多个变滞量的变系数的二阶中立型差分方程的解的振动性,得到了该类方程振动及其解的一阶差分振动的充分条件。
2.
The oscillation for a class of the second order neutral difference equations with several variable delay arguments and variable coefficients are studied.
研究了具有多个变滞量的变系数的二阶中立型差分方程解的振动性,并得出了其解振动的充分条件及其差分子Δ振动的判别依据。
3.
In this paper ,the oscillation for a class of the second order neutral difference equations with several variable delay arguments and variable coefficients in Δ~2(x(n)+c(n)x(n-m))=∑li=1p_i(n)x(n-k_i(n)) is studied.
本文研究了一类具有多个变滞量的变系数的二阶中立型差分方程Δ2(x(n)+c(n)x(n-m))=∑lpi(n)x(n-ki(n)的解的振动性,并得出了其解振动的充分条件及差分算子Δ振动的判别依据。
2) time-lagged variable
时滞变量
1.
BDPCA incorporates both static and dynamic process characteristic by using the time-lagged variable.
该方法采用时滞变量将过程的静态和动态特征相结合,有效地去除了测量变量时间序列的自相关关系,并通过时滞窗口提供了在线监测方案,避免了对新批次未反应完的数据进行预估的需要,提出确定时滞变量的算法。
4) lagged variable
滞后变量法
6) Multivariable Plant with Time Delays
多变量时滞对象
补充资料：腻滞滞
1.形容不爽快。
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参考词条