discrete-time filter

英 [dɪˈskriːt taɪm ˈfɪltə(r)]

美 [dɪˈskriːt taɪm ˈfɪltər]

网络离散时间滤波器

The design problems of mixed l_1/ H_ ∞ filter for linear discrete-time uncertain systems are dealt with. The aim is to design a linear asymptotically stable filter which guarantees that the filtering error system has the different performance in the different filtering channel.
研究离散时间不确定线性系统的混合l1/H∞滤波器设计问题，目的是找到一个稳定的线性滤波器，使滤波误差系统在不同的滤波通道内具有不同的性能指标。
Design of Internal Model Controller for Discrete-time Process Using Filter
滤波器在离散过程内模控制器设计中的应用
In this paper, for linear discrete-time systems under uncertain observations, the recursive formulas for linear least mean-square error ( LMSE) filter and one-step predictor is derived, when they exist.
对于在不确定观测下的线性离散时间系统，在递推线性最优估计量存在的情况下，本文导出了线性最优滤波器与一步预报器的一种递推公式。
Through studying the delay characteristics, the discrete-time Kalman filter formula of the networked control systems is derived by using the variational method, and the specific optimal linear recursive filtering algorithm is given.
通过对系统时延特性的研究，采用变分法推导出了时延网络控制系统的离散时间卡尔曼滤波公式，给出了具体的最优线性递推滤波算法。