Forming the Rational Telemetry Message Traffic of Rocket and Space Engineering under the Restrictions on the Resources of Data-Transmission Channels.

Abstract

The paper presents the formulation of the mathematical problem for developing the rational telemetry message traffic via data-transmission channels. The source data region, required varying parameters, indicators and criteria of quality for the telemetry message traffic, and restrictions on the permissible solutions region were determined. The methodology for solving the set problem using the mathematical apparatus of sequential optimization is proposed. The developed methodology was tested using the source data and telemetric information recorded during launches of “conditionally light” spacecraft by the “Proton-M” launcher vehicle with the “Briz-M” upper stage from the Baikonur cosmodrome.