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arXiv 2407.05009math.OCmath.AP
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一个简单可修复系统的双线性能控性

Bilinear Controllability of a Simple Reparable System

Daniel Owusu Adu, Weiwei Hu

AI总结:

针对两状态可修复系统,本文利用其积分微分方程的双线性结构建立双线性能控性,并提出可提升系统可用性的控制策略。

摘要:

可修复系统是指以故障发生时能够接受维护行动为特征的系统。这类系统通常由输运方程描述,所有方程通过一个积分微分方程耦合。本文研究可修复系统能控性中研究不足的方面。具体而言,我们聚焦于一个两状态可修复系统,目标是设计一种控制策略以提高系统可用性——即在需要时系统处于可运行状态的概率。我们建立了双线性能控性,证明适当的控制行动能够操纵系统动态,以达到期望的可用性水平。我们提供了理论基础,并开发了利用方程双线性结构的控制策略。

英文摘要:

Reparable systems are systems that are characterized by their ability to undergo maintenance actions when failures occur. These systems are often described by transport equations, all coupled through an integro-differential equation. In this paper, we address the understudied aspect of the controllability of reparable systems. In particular, we focus on a two-state reparable system and our goal is to design a control strategy that enhances the system availability -- the probability of being operational when needed. We establish bilinear controllability, demonstrating that appropriate control actions can manipulate system dynamics to achieve desired availability levels. We provide theoretical foundations and develop control strategies that leverage the bilinear structure of the equations.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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