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Fast Attitude Maneuvers for NASA’s Lunar Reconnaissance Orbiter: Practical Flight Application of Attitude Guidance using Birkhoff Pseudospectral Theory and Hamiltonian Programming
IEEE Control Systems ( IF 3.9 ) Pub Date : 2024-03-26 , DOI: 10.1109/mcs.2024.3358593
Mark Karpenko 1 , Julie K. Halverson 2 , Yohannes Tedla 3 , Travis Lippman 1 , Kyaw Han 1 , I. Michael Ross 1 , Michael K. Barker 4 , Mark S. Robinson 5 , Winston Carter 6 , Aaron K. Boyd 6 , G. Wesley Patterson 7 , Colleen M. O’Shea 8 , F. Scott Turner 7 , Ryan T. Poffenbarger 8 , Cornelius J. Dennehy 2 , Tannen VanZwieten 9 , Aron A. Wolf 10
Affiliation  

The monotonicity of a scalar function is equivalent to the positivity of its increments and to the convexity of its integral. I sometimes feel that this high-school mathematical statement alone underlines the entire algorithmic tractability of modern information engineering. And replacing “scalar function” with “system” defines a largely open research program in control.

中文翻译:


NASA 月球侦察轨道飞行器的快速姿态机动:使用 Birkhoff 伪光谱理论和哈密顿规划的姿态制导的实际飞行应用



标量函数的单调性等效于其增量的正性和积分的凸性。我有时觉得,仅凭这个高中生的数学陈述就强调了现代信息工程的整个算法可处理性。用“系统”替换“标量函数”定义了一个在很大程度上处于受控状态的开放研究计划。
更新日期:2024-03-26
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