Evolution of Technical Solutions in Constructing a Stellar Inertial Navigation System

Abstract

The paper shows prospects in creating an integrated stellar inertial navigation system. It considers advantages of the autonomous stellar inertial navigation aids and formulates the range of tasks. Main stages of the foreign and domestic stellar inertial navigation systems design and development are presented for aviation and marine application. Traditional marine stellar navigation devices are listed in regard to the marine systems. Design, development and principles of construction of the stellar inertial navigation systems are analyzed. Their description and classification are provided, as well as examples of the system design according to the classification. The paper presents functional and design schemes of the stellar inertial navigation systems. It considers prerequisites for constructing high-precision promising stellar inertial navigation systems of a new generation. Design of a new generation stellar inertial system is analyzed, its advantages compared to the existing ones are demonstrated. Possibility of using this system in marine conditions is indicated. A gyrostabilized stellar inertial navigation system with a satellite receiver is analyzed. The results are summarized and conclusions are made on the prospects of a new generation stellar inertial navigation system in aviation and marine applications

Please cite this article in English as:

Bolotnov A.S., Kondrashkin G.V. Evolution of technical solutions in constructing a stellar inertial navigation system. Herald of the Bauman Moscow State Technical University, Series Instrument Engineering, 2024, no. 4 (149), pp. 4--24 (in Russ.). EDN: ZFTCVE

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