2002•IEEE Transactions on Aerospace and Electronic SystemsRequires access

Accuracy performance of star trackers - a tutorial

Carl Christian Liebe

Open publisher page 655 citations

Abstract

An autonomous star tracker is an avionics instrument used to provide the absolute 3-axis attitude of a spacecraft utilizing star observations. It consists of an electronic camera and associated processing electronics. The processor has the capability to perform star identification utilizing an internal star catalog stored in firmware and to calculate the attitude quaternion autonomously. Relevant parameters and characteristics of an autonomous star tracker are discussed in detail.

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What this paper is about

An autonomous star tracker is an avionics instrument used to provide the absolute 3-axis attitude of a spacecraft utilizing star observations. It consists of an electronic camera and associated processing electronics. The processor has the capability to perform star identification utilizing an internal star catalog stored in firmware and to calculate the attitude quaternion autonomously. Relevant parameters and characteristics of an autonomous star tracker are discussed in detail.

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OpenAlex reports 655 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

An autonomous star tracker is an avionics instrument used to provide the absolute 3-axis attitude of a spacecraft utilizing star observations. It consists of an electronic camera and associated processing electronics. The processor has the capability to perform star identification utilizing an internal star catalog stored in firmware and to calculate the attitude quaternion autonomously. Relevant parameters and characteristics of an autonomous star tracker are discussed in detail.

Key concepts: Star tracker, Firmware, Avionics, Star (game theory), Quaternion, Spacecraft, BitTorrent tracker, Computer science

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