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Integrated design of inertia wheel configuration and attitude control laws for a satellite

机译:卫星惯性轮配置和姿态控制定律的集成设计

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This paper aims to introduce a novel approach for designing the Attitude Determination and Control System (ADCS) of spacecraft. The goal is to ensure reliability and pointing performance under constraints such as low power consumption and mass. The approach is based on a structure/controller co-design using Structured H_∞ Synthesis in Matlab which has the great advantage to be easily applicable to any controlled system. Even if co-designing controlled system used to be a hard task, using Structured H_∞ Synthesis brings a new perspective in this field.
机译:本文旨在介绍一种设计航天器姿态确定与控制系统(ADCS)的新颖方法。目标是在低功耗和低质量等约束条件下确保可靠性和指向性能。该方法基于在Matlab中使用结构化H_∞综合的结构/控制器协同设计,该设计具有极大的优势,可以轻松应用于任何受控系统。即使共同设计受控系统曾经是一项艰巨的任务,使用结构化H_∞综合也为该领域带来了新的视角。

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