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Navigation problem solution by the Resurs-P satellite navigation system

R. N. Akhmetov, Г. П. Аншаков, A. I. Manturov, V. I. Rublev

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Abstract

World-wide availability, independence from weather and climatic conditions, possibility of measurements at any point on the earth and near-earth space, being the most important properties of satellite navigation, allow it to be successfully used in the control loop of observation satellites, providing their autonomous operation. The structure and functions of a satellite navigation system are discussed. Some problems of navigation accuracy estimation with the use of GNSS signals are considered.

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What this paper is about

World-wide availability, independence from weather and climatic conditions, possibility of measurements at any point on the earth and near-earth space, being the most important properties of satellite navigation, allow it to be successfully used in the control loop of observation satellites, providing their autonomous operation. The structure and functions of a satellite navigation system are discussed. Some problems of navigation accuracy estimation with the use of GNSS signals are considered.

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Available abstract

World-wide availability, independence from weather and climatic conditions, possibility of measurements at any point on the earth and near-earth space, being the most important properties of satellite navigation, allow it to be successfully used in the control loop of observation satellites, providing their autonomous operation. The structure and functions of a satellite navigation system are discussed. Some problems of navigation accuracy estimation with the use of GNSS signals are considered.

Key concepts: GNSS applications, Satellite navigation, Satellite system, Computer science, Satellite, Navigation system, GNSS augmentation, Remote sensing

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