H/spl infin/ White-noise Fixed-lag Smoothing for Discrete-time Systems

Xiaohong Lu, Huanshui Zhang, Wei Wang, Chenghui Zhang
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Abstract

The paper deals with the finite horizon Hinfin white noise smoothing problem for a linear time-varying discrete-time system. A new approach termed as re-organized innovation sequence is presented to derive the fixed-lag smoother. With the new approach, it is clearly shown that the central white noise smoother in an Hinfin setting is the same as that in an H2 setting associated with one self-constructed stochastic state-space model. The solution to the H infin white noise smoother is given in terms of solutions to Riccati equations with the same order as the original system
离散时间系统的H/spl增益/白噪声定滞后平滑
研究了线性时变离散系统的有限视界Hinfin白噪声平滑问题。提出了一种新的方法——重组创新序列来推导固定滞后平滑度。利用该方法,可以清楚地表明,Hinfin设置下的中心白噪声平滑度与H2设置下的中心白噪声平滑度相同,并与一个自构建的随机状态空间模型相关联。用与原系统相同阶数的里卡蒂方程的解给出了H∞白噪声平滑的解
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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