首页> 外文期刊>Journal of automation and information sciences >Synthesis of Control Algorithms of the Spacecraft Spatial Reorientation with the Use of Dynamic Equations of a Solid Body Rotational Motion in Rodrigo-Hamilton Parameters
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Synthesis of Control Algorithms of the Spacecraft Spatial Reorientation with the Use of Dynamic Equations of a Solid Body Rotational Motion in Rodrigo-Hamilton Parameters

机译:利用Rodrigo-Hamilton参数中的固体旋转运动动力学方程综合航天器空间重新定向控制算法

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摘要

An algorithm for SC spatial reorientation in a specified time interval is presented. In contrast to the classical formulation the traditional restrictions are not imposed on the class of spacecraft angular motions. The proposed approach based on the maximum principle allows one to obtain an analytical solution of the problem of optimal spatial reorientation of the spacecraft. On the basis of the proposed algorithm software for the mode of spacecraft "Egyptsat-l" and "Sich-2" rotations has been implemented.
机译:提出了一种在指定时间间隔内SC空间重新定向的算法。与经典公式相反,传统的限制并不施加在航天器角运动类别上。所提出的基于最大原理的方法允许人们获得航天器最佳空间重新定向问题的解析解决方案。在所提出的算法软件的基础上,已经实现了航天器“ Egyptsat-1”和“ Sich-2”旋转模式的算法。

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