1) mixed disturbance
混合扰动
1.
The proposed method is also applied to the mixed disturbances,there are very few parameters whose accuracy is lower than that in single disturbance.
所提方法对混合扰动同样有效,仅个别参数的估计精度不如单一扰动。
2.
For the mixed disturbances, the main parameters of sags-harmonic, fluctuation-harmonic, harmonic-oscillatory transients and sags-notches can be estimated with similar accuracy to those by single disturbance.
对于混合扰动,可估计下跌与谐波、波动与谐波、谐波与振荡暂态、下跌与切痕的主要参数,且其估计精度与单一扰动接近。
2) mixedδ-perturbation
混合δ-扰动
1.
This article has mainly studied the the stability of Nash equilibria of n- person non-cooperation general games and the generalized games under the mixedδ-perturbation.
本文主要研究了混合δ-扰动下的n-人非合作一般博弈及广义博弈Nash平衡点集的稳定性及次Ky Fan点的存在性与稳定性。
2.
In this paper, we will base on the existence of strongly essential set and strongly essential component of set-valued mapping about the mixedδ-perturbation and around the gerneralized imformation sets game, then discuss the stability of the Nash equilibrium.
在本文中,我们将以集值映射的不动点关于混合δ-扰动的强本质集和强本质连通区的存在性为基础,围绕广义信息集博弈,讨论Nash平衡的稳定性问题。
4) chaos perturbation
混沌扰动
1.
Relative location information among nodes in road network is introduced in pheromone updating for higher searching speed,and chaos perturbation is used to improve sel.
将路网节点间的相对位置信息引入信息素更新,以加快搜索速度;使用混沌扰动改进选择策略,以避免出现早熟停滞现象。
2.
The basic principle of CPSO algorithm is that chaos initialization is adopted to improve individual quality and chaos perturbation is utilized to avoid the search being trapped in local optimum.
该算法的思想是采用混沌初始化进行改善个体质量和利用混沌扰动避免搜索过程陷入局部极值。
5) To put out of order;disarrange.
使混动;扰乱
6) disturbance integration
扰动聚合
1.
Weights over speech frames in disturbance integration procedure are reallocated in 1-0 pattern to simulate the mask effect of human h.
该算法采用无滤波或理想带通滤波代替原算法的IRS滤波,用对数关系简化了强度扭曲过程,并基于人耳的掩蔽效应,按照语音帧能量的不同来简化扰动聚合的加权过程。
补充资料:持续作用扰动下的稳定性
持续作用扰动下的稳定性
stability in the presence of persistently acting perturbations
持续作用扰动下的稳定性仁咖幽勺协触脚。曰盆兄of哪滋众团ya曲嗯碑由州画d.侣;yc功后”.即c几np班noc”-,。110朋益e拍即IO四,x BO3M脚日e朋,xj 初值问题 交=f(x,r),x(t。)二x。,x任R”(*)之解x。(t)(t)t。)的如下性质:对每一个。>O都有一个占>O使得对每一个适合不等式!y。一x。}<占的夕.,,以及满足以下条件的每一个映射g(x,:): a)在集合 E:={(x,t):t)t。,{x一x。(t)i<。}上g和g,都连续; b)s印(:,,)。::}夕(x,t)一f(x,t)I<吞,初值问题 乡=g(y,t),夕(t。)=夕。,夕任R”的解y。(t)对一切t)屯,有定义且满足不等式 suP}y。(t)一x。(t)}<£. r)t。 Bohi定理(B心h】t玩”~)(【11).设初值问题(,)有解x(t),t)t。,满足以下条件: 幻f和fx对某个。。在瓦。上连续; 刀)s叩。,:。4}人(x(t),t)}}<+的: 下)映射f在点(x(t),‘),t)t。,处对x可微,这个可微性对t)t。是一致的,即 s叩兴}厂(二(‘)+,,,)一f(、(。),:)+ ,》万。}y} 一人(x(t),亡)yl~0当y一,O时.这时,为使初值问题的解在持续作用的扰动下为稳定,必要与充分条件是:方程组又=厂(x,t)沿解x(t)的变分方程(粗血tiona】叹业tio璐)组的上奇异指数(见奇异指数(s泊g止汀exponents))小于零. 若f(x,t)不含t(即自治系统),而解x(t)为周期的或常值的;或者f(x,t)对t有周期而解x(0也有相同的(或可公度的)周期或者常值,则:l)Bohi定理中所陈述的一致可微性条件是多余的(它可从定理的其他条件导出);2)方程组交=f(x,t)沿解x(t)的变分方程组的上奇异指数可以有效地算出来.【补注】持续作用扰动下的稳定性也称为持续扰动下的稳定性(stab正ty Under pelsis招ni perturhatio幻)或全稳定性(total stabiljty).
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