Apportionment and analysis of satellite pointing performance: Illustrative use case of space systems engineering

M. Baro, E. Conijn, J. Dannenberg, B. Heider, M. Hering, A. Kuisl
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引用次数: 2

Abstract

Optical instruments for space applications are rather delicate subjects as customer demands are typically high in terms of performance and environmental conditions are harsh. For the development of such systems a highly integrated engineering team consisting of specialists from various technical disciplines is mandatory as thermal, structural and optical properties are impacting directly the imaging performance. Moreover, data acquisition and processing as well as a proper functioning of mechanisms and calibration concept are key for a successful mission. This multi-disciplinary and challenging field necessitates highly developed systems engineering processes and methodologies as well as adequate means for comprehensive simulations. The following sections aims on providing a brief insight into these subjects based on the example of a satellite's pointing performance.
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卫星指向性能的分配与分析:空间系统工程的说明用例
用于空间应用的光学仪器是相当微妙的主题,因为客户对性能的要求通常很高,环境条件也很恶劣。由于热、结构和光学特性直接影响成像性能,因此开发此类系统必须由来自不同技术学科的专家组成高度集成的工程团队。此外,数据的获取和处理以及机制和校准概念的适当运作是任务成功的关键。这个多学科和具有挑战性的领域需要高度发达的系统工程过程和方法,以及全面模拟的充分手段。以下几节旨在根据卫星指向性能的示例简要介绍这些主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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