20202020 IEEE 2nd International Conference on Civil Aviation Safety and Information Technology (ICCASITRequires access

Analysis of Safety Indicators Under the Framework of High-Quality Development of Civil Aviation

Yu Changsheng, Yin Xubiao

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Abstract

This paper proposes an aviation information system security evaluation index system based on the theory of security systems engineering, combined with dynamic control methods, to evaluate the security of aviation information systems from four perspectives: strategy, technology, management, and engineering. First, a safety evaluation index system for aviation information system was established, and secondly, a fuzzy analytic hierarchy process was used to evaluate the static index of the system, and a good evaluation result was obtained. Finally, this thesis combines the actual civil aviation safety information system, according to its operating characteristics, designs a civil aviation information safety evaluation application system.

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What this paper is about

This paper proposes an aviation information system security evaluation index system based on the theory of security systems engineering, combined with dynamic control methods, to evaluate the security of aviation information systems from four perspectives: strategy, technology, management, and engineering. First, a safety evaluation index system for aviation information system was established, and secondly, a fuzzy analytic hierarchy process was used to evaluate the static index of the system, and a good evaluation result was obtained. Finally, this thesis combines the actual civil aviation safety information system, according to its operating characteristics, designs a civil aviation information safety evaluation application system.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper proposes an aviation information system security evaluation index system based on the theory of security systems engineering, combined with dynamic control methods, to evaluate the security of aviation information systems from four perspectives: strategy, technology, management, and engineering. First, a safety evaluation index system for aviation information system was established, and secondly, a fuzzy analytic hierarchy process was used to evaluate the static index of the system, and a good evaluation result was obtained. Finally, this thesis combines the actual civil aviation safety information system, according to its operating characteristics, designs a civil aviation information safety evaluation application system.

Key concepts: Civil aviation, Aviation, Analytic hierarchy process, Aviation engineering, Aviation safety, Quality (philosophy), Fuzzy logic, Aircraft maintenance

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