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首页> 外文会议>Saint Petersburg International Conference on Integrated Navigation Systems; 20050523-25; Saint Petersburg(RU) >USING CALCULATED-LOGICAL SYSTEMS (CLS) TO RAISE THE EFFECTIVENESS OF THE REMOTE CONTROL OF AUTOMATIC SPACE VEHICLES (SV)
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USING CALCULATED-LOGICAL SYSTEMS (CLS) TO RAISE THE EFFECTIVENESS OF THE REMOTE CONTROL OF AUTOMATIC SPACE VEHICLES (SV)

机译：使用计算逻辑系统（CLS）来提高自动空间车（SV）远程控制的效率

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摘要

In this article is investigating a problem of CLS building application of it during taking decision process during the remote control of SV (space vehicle). CLS is based on the periodic accumulation of knowledge about flight information of SV and on elements using of intellectual searching. There are following principles in the base of CLS projecting: 1. the apportionment of hierarchical stages of TMP to make the operative diagnostics of onboard systems' capacity for work; 2. the working out of logical connections between control influences and the prognosis of SV onboard systems' condition; 3. the automated working out recommendations of taking decisions to take SV in different conditions. Using of CLS allows making the monitoring of onboard systems, to make prognosis onboard systems' capacity for work for the following period of time and to work out future control programs. There are described examples of CLS using during the operative control process of SV. Given the inference about the existence of a big reserve of reliability and energy in getting things done during the remote control when an irregular situation is string up.
机译：本文正在研究在SV（航天器）远程控制的决策过程中CLS构建应用程序的问题。 CLS基于有关SV飞行信息的知识的定期积累以及基于智能搜索的元素。 CLS计划的基础有以下原则：1.对TMP的分级阶段进行分配，以对车载系统的工作能力进行操作诊断； 2.确定控制影响和SV车载系统状况的预后之间的逻辑联系； 3.自动制定在不同条件下决定服用SV的建议。使用CLS可以监视车载系统，对车载系统在接下来的一段时间内的工作能力进行预测，并制定出未来的控制程序。描述了在SV的操作控制过程中使用CLS的示例。可以推断出，在出现异常情况时，在远程控制过程中完成工作时，存在大量的可靠性和精力储备。

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