PREVENTION OF MISTAKES, CAUSED BY HUMAN FACTOR WHILE USING FLIGHT CONTROL SYSTEMS TOLERANT TO FAILURES

The article presents suggestions on the synthesis of tolerant digital systems of management flight based on algorithmic resiliency methods. Implementation of tolerant digital flight control systems will prevent the negative consequences of failures of various aircraft systems and aircraft units.

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Published in:Nauchnyĭ vestnik MGTU GA (Online) no. 206; pp. 76 - 79
Main Authors: N. N. Sukhikh, A. G. Kovalev, V. L. Rukavishnikov
Format: Journal Article
Language:Russian
Published: Moscow State Technical University of Civil Aviation 01-01-2014
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Abstract The article presents suggestions on the synthesis of tolerant digital systems of management flight based on algorithmic resiliency methods. Implementation of tolerant digital flight control systems will prevent the negative consequences of failures of various aircraft systems and aircraft units.
AbstractList The article presents suggestions on the synthesis of tolerant digital systems of management flight based on algorithmic resiliency methods. Implementation of tolerant digital flight control systems will prevent the negative consequences of failures of various aircraft systems and aircraft units.
Author V. L. Rukavishnikov
N. N. Sukhikh
A. G. Kovalev
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  fullname: V. L. Rukavishnikov
  organization: СПб ГУГА
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Snippet The article presents suggestions on the synthesis of tolerant digital systems of management flight based on algorithmic resiliency methods. Implementation of...
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SubjectTerms безопасность полетов
бортовой вычислитель
катастрофический фактор
некатастрофический фактор
система автоматического управления полетом
система информационной поддержки принятия решений
человеческий фактор
Title PREVENTION OF MISTAKES, CAUSED BY HUMAN FACTOR WHILE USING FLIGHT CONTROL SYSTEMS TOLERANT TO FAILURES
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