Abstract

The paper shows the necessity for tracking the location and condition of both stationary and moving objects. The solution of this problem is possible by creating a domestic satellite system for data collection and transmission that provides automated collection of information on the state and coordinates of various objects serviced within this system regardless of their location on the globe. The choice of the optimal option for building a satellite data collection and transmission system is justified. The article presents the data on the existing scientific and technical groundwork of Joint Stock Company “Russian Space Systems” for creating a satellite data collection and transmission system. The main functions and principles of creation and tasks solved by the system for data collection, procession, and transmission are shown. The main design and technical solutions, composition, features of operation, and the main characteristics of such a system and its components are given. The procedure of creation and deployment of such a system is proposed.

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