Artificial Intelligence-Guided Telescope Control System using Jetson-Nano

It has been in human nature to explore the vastness of the cosmos ever since time immemorial. The quest began with ancient men staring at the celestial bodies and now advanced telescopes are able to reach the edges of the universe. Notably, recent introduction of AI technology and its combination with conventional telescope techniques significantly transformed the world of astrophysics and astronomy, making them more progressive and efficient. This article describes new approach for the telescope control, which include a voice interface, automated tracking of stars, advanced technologies for astronomical image processing and attaching familiar names to datasets of celestial objects. The purpose of the system is to enable scientists, astronomers, and other users interested in the study of space to operate it easily and provide accurate results. In combination with data from Stellarium and well-known star maps, this AI-based system of telescope control improves the experience of the users making the universe more navigable.

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Publication Details

Published
2024-11-28
DOI
https://doi.org/10.1109/icaiccit64383.2024.10912403
Primary Topic
Spacecraft Design and Technology
Type
article
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Artificial Intelligence-Guided Telescope Control System using Jetson-Nano

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Spacecraft Design and Technology
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Artificial Intelligence-Guided Telescope Control System using Jetson-Nano

Premanand Ghadekar, Chanchal Rathad, Adwait Mali, Onkar Borude, Vishal Gavali, Dnyanesh Gholap
article en

Abstract

It has been in human nature to explore the vastness of the cosmos ever since time immemorial. The quest began with ancient men staring at the celestial bodies and now advanced telescopes are able to reach the edges of the universe. Notably, recent introduction of AI technology and its combination with conventional telescope techniques significantly transformed the world of astrophysics and astronomy, making them more progressive and efficient. This article describes new approach for the telescope control, which include a voice interface, automated tracking of stars, advanced technologies for astronomical image processing and attaching familiar names to datasets of celestial objects. The purpose of the system is to enable scientists, astronomers, and other users interested in the study of space to operate it easily and provide accurate results. In combination with data from Stellarium and well-known star maps, this AI-based system of telescope control improves the experience of the users making the universe more navigable.

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