rus
Issue #5/2022
A. A. Lobanov, G. A. Mozharov, A. S. Filonov
Optical Finder for a Space Probe Autonomous Landing on Small Bodies of the Solar System
Optical Finder for a Space Probe Autonomous Landing on Small Bodies of the Solar System
DOI: 10.22184/1993-7296.FRos.2022.16.5.404.414
The original design of the multichannel optical finder with polar correlation is proposed. The finder considers as a part of the aboard multifunctional system of the space probe. The direction finder is able to significantly improve the accuracy of guidance when landing on small bodies of the solar system, carried out in an autonomous mode. The direction finder model is created in thin components based on mathematical modeling and the laws of geometric optics.
Tags: descent and landing mismatch of target angular coordinates onboard navigation and guidance system optical direction finder spacecraft space probe бортовой комплекс навигации и наведения космические летательные аппараты оптический пеленгатор рассогласование угловых координат цели спуск и посадка
Subscribe to the journal Photonics Russia to read the full article.
The original design of the multichannel optical finder with polar correlation is proposed. The finder considers as a part of the aboard multifunctional system of the space probe. The direction finder is able to significantly improve the accuracy of guidance when landing on small bodies of the solar system, carried out in an autonomous mode. The direction finder model is created in thin components based on mathematical modeling and the laws of geometric optics.
Tags: descent and landing mismatch of target angular coordinates onboard navigation and guidance system optical direction finder spacecraft space probe бортовой комплекс навигации и наведения космические летательные аппараты оптический пеленгатор рассогласование угловых координат цели спуск и посадка
Subscribe to the journal Photonics Russia to read the full article.
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