1) strong shadowing property
强跟踪性
1.
The strong shadowing property for a continuous map f on a compact metricspace X is investigated.
研究了紧度量空间上的连续映射的强跟踪性,证明了:提升系统(~X,~f)具有强跟踪性的充要条件是(X,f)具有强跟踪性;若f满足Lipschitz条件,则f具有强跟踪性当且仅当对任意k∈Z+,fk具有强跟踪性。
2.
In this paper, the notion of the strong chain recurrent set is introduced to study the properties of the strong shadowing property.
为了研究强跟踪性 ,本文给出了强链回归集的定义 。
2) strong shadowing
强跟踪性质
3) strong inverse shadowing property
强反跟踪性
1.
This paper defines the limit inverse shadowing property and strong inverse shadowing property.
定义了离散动力系统中的极限反跟踪性和强反跟踪性的概念,并证明了微分同胚f在其双曲不变集上具有极限反跟踪性和强反跟踪性;如果可扩同胚f具有伪轨跟踪性,则f具有极限反跟踪性和强反跟踪性。
4) strong inverse shadowing
强逆伪轨跟踪性
1.
In this paper we gave a character of structurally stable diffeomorphisms via the notion of inverse shadowing and proved that a structurally stable diffeomorphism has the strong inverse shadowing property with respect to two classes of continuous methods.
利用逆伪轨跟踪性给出结构稳定微分动力系统的一个特征,证明了结构稳定的微分同胚关于两种连续方法的类具有强逆伪轨跟踪性。
5) strong limit shadowing property
强极限跟踪性
6) strong tracking
强跟踪
1.
According to the relative position between the interceptor and the maneuvering target,using seeker spherical surface model,the paper gives out the line-of-sight (LOS) rate for guidance through strong tracking adaptive estimation based on current statistics model.
依据拦截弹与机动目标间的相对位置关系,采用导引头球面模型,基于当前统计模型,实现了强跟踪状态自适应滤波,计算出了可用于制导的视线角速率。
2.
Aiming at the problem that ordinary UKF is slow and has steady bias in identifying the parameter bias fault of nonlinear system,the strong tracking UKF theory is proposed in this paper.
本文针对普通UKF辨识非线性系统故障时跟踪缓慢且存在稳态偏差的问题,且为了抑制模型误差的影响,基于正交性原理,定义了实现强跟踪需满足的2个条件,通过强制使得残差序列保持近似高斯白噪声,得到了各状态渐消因子的求解方法,进而提出了强跟踪UKF方法。
3.
A strong tracking state filtering algorithm with a singular fading factor is proposed for a class of nonlinear systems with multiplicative noise.
针对带乘性噪声的一类非线性系统,给出了1种带单重渐消因子的强跟踪状态滤波算法。
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
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