Overview of optical observation strategies and systems: LEO and GEO measurements acquisition for position and attitude determination

L. Mariani, Paola Celesti, F. Curianò, L. Cimino, Luigi Di Palo, S. H. Hossein, M. Rossetti, Mascia Bucciarelli, G. Zarcone
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Abstract

With the advent of the new space economy, number of satellites orbiting around the Earth is growing exponentially, this consequently increase the impact risk between operative satellite and space debris. Sapienza Space Systems and Space Surveillance Laboratory has developed several software, strategies, and observation systems setup in order to identify, classify and monitor object in orbit. Using an extensive network of astronomical observatories located in various locations around the world the aggregation of raw data and measurements relating to a big number of optical surveys of the sky vault, S5lab manages to maintain a high degree of Space Situational Awareness regarding space surveillance. This paper will expose an overview of all methodologies, strategies and systems setup used by the research group to determinate attitude of a satellite or a space debris.
光学观测策略和系统概述:用于位置和姿态确定的LEO和GEO测量采集
随着新的空间经济的出现,绕地球轨道运行的卫星数量呈指数级增长,从而增加了运行卫星与空间碎片之间的碰撞风险。Sapienza空间系统和空间监视实验室已经开发了几种软件、策略和观测系统设置,以便识别、分类和监测轨道上的物体。利用分布在世界各地的广泛的天文观测站网络,以及与天穹的大量光学调查相关的原始数据和测量的汇总,S5lab设法保持对空间监视的高度空间态势感知。本文将概述研究小组用于确定卫星或空间碎片姿态的所有方法、策略和系统设置。
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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