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Multi-stage design of an optimal momentum management and attitude controller for the Space Station

机译：空间站最优动量管理和姿态控制器的多级设计

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The design of an optimal CMG (Control Moment Gyro) momentum management and attitude control system for a large-scale system using a multi-stage design process has been accomplished. The designed controller enables one to place the eigenvalues of the closed-loop system within a specific region of the complex plane and simultaneously minimize a quadratic performance index. For implementation of the optimal analog controller using microprocessors or microcomputers, new digital redesign techniques have been developed to digitize the analog controller. The developed sequentially decoupling design method can be applied to a general largescale system for optimal and robust control.

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作者
Shieh, L. S.;
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年度 1991
页码 1-5
总页数 5
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
ATTITUDE CONTROL; CONTROL MOMENT GYROSCOPES; CONTROL THEORY; DECOUPLING; LINEAR QUADRATIC REGULATOR; MANAGEMENT SYSTEMS; CONTROL SYSTEMS DESIGN; DIGITAL TECHNIQUES; EIGENVALUES; FAST FOURIER TRANSFORMATIONS; FEEDBACK CONTROL; MICROCOMPUTERS; MICROPROCESSORS; SPACE STATIONS;

机译：态度控制;控制时间陀螺仪;控制理论;解耦;线性二次调节器;管理系统;控制系统设计;数字技术;特征值;快速的傅里叶变换;反馈控制;微型计算机;微处理器;空间站;

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专利

1. Robust controllers for space station momentum management [J] . Elgersma M.R., Stein G. IEEE Control Systems Magazine . 1992,第5期

机译：用于空间站动量管理的强大控制器
2. Hybrid actuator optimal angular momentum management with analytical solution for spacecraft attitude agile maneuvering mission [J] . Aerospace science and technology . 2020,第Feba期

机译：混合执行器最优角动量管理，带有解析解决方案，适用于航天器姿态敏捷机动任务
3. ROBUST OPTIMAL PID CONTROLLER DESIGN FOR ATTITUDE STABILIZATION OF FLEXIBLE SPACECRAFT [J] . Pukdeboon Chutiphon Kybernetika . 2018,第5期

机译：柔性航天器姿态稳定的鲁棒最优PID控制器设计
4. SPACE STATION ATTITUDE CONTROL/MOMENTUM MANAGEMENT CONTROLLER DESIGN BASED ON θ-D TECHNIQUE * [C] . Mengping ZHU, Shijie XU International Astronautical Congress . 2011

机译：基于θ-D技术的空间站姿态控制/动量管理控制器设计*
5. Multistage design of an optimal momentum management and attitude controller for the space station [D] . Sunkel, John William 1990

机译：用于空间站的最佳动量管理和姿态控制器的多级设计
6. Multi-period optimal design of an aerospace CFRP waste management supply chain: Data set variables and criteria for the development of a multi-objective MILP model [O] . Anh Vo Dong, Catherine Azzaro-Pantel, Marianne Boix 2020

机译：航空CFRP废物管理供应链的多周期优化设计：开发多目标MILP模型的数据集变量和标准
7. International Space Station US. GNC Momentum Manager Controller Design for Shuttle Thermal Protection System Repair [O] . Sims Christopher R. 2005

机译：美国国际空间站。用于航天飞机热保护系统维修的GN＆C动量管理器控制器设计
8. Multi-stage Design of an Optimal Momentum Management Controller for the SpaceStation [R] . Sunkel, J. W., Shieh, L. S. 1990

机译：spacestation最优动量管理控制器的多级设计

Multi-stage design of an optimal momentum management and attitude controller for the Space Station

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