OBJECTIVES AND STRUCTURE OF SMART MONITORING OF SPACECRAFT STATUS IN THE COURSE OF MISSION CONTROL

S. Solovyev
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Abstract

The paper discusses objectives and structure of smart monitoring of spacecraft status in the course of mission control. It defines the place of the monitoring and the notion of analysis used in the context of solving mission control problems. It summarizes the current state of monitoring techniques used in the course of controlling the missions of modern spacecraft and orbital complexes. It provides data on the results of the use of computerized data analysis techniques for our country’s space assets that are currently in operation. It articulates major drawbacks in the monitoring process, which are getting more exacerbated with the current trends in space programs development. It proposes a remedy for the drawbacks by means of development and introduction of procedures that will make telemetry data analysis smarter. The paper introduces the notion of smart analysis and its key advantages in technical applications. It identifies the key prerequisites for expanding the computerization of the monitoring process involved in the spacecraft mission control. It outlines basic operational principles of a smart monitoring system taking into account its operational peculiarities. Key words: spacecraft, mission control, introduction of smart technologies, status analysis, monitoring system.
任务控制过程中航天器状态智能监测的目标和结构
讨论了任务控制过程中航天器状态智能监测的目标和结构。它定义了在解决任务控制问题时所使用的监测和分析概念的位置。它总结了在控制现代航天器和轨道复合体的任务过程中使用的监测技术的现状。它提供了关于对我国目前正在运行的空间资产使用计算机化数据分析技术的结果的数据。它阐明了监测过程中的主要缺陷,随着当前空间计划发展的趋势,这些缺陷正变得越来越严重。通过开发和引入使遥测数据分析更加智能化的程序,提出了一种补救措施。本文介绍了智能分析的概念及其在技术应用中的主要优势。它确定了扩大航天器任务控制所涉及的监测过程的计算机化的关键先决条件。它概述了考虑到其操作特性的智能监控系统的基本操作原则。关键词:航天器,任务控制,智能技术,状态分析,监控系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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