Safety monitoring method for carrier-based aircraft carrier landing process

Abstract

The invention relates to a safety monitoring method for a carrier-based aircraft carrier landing process, and belongs to the technical field of safety monitoring. The method comprises the following steps of carrying out the qualitative analysis of danger and operability on the carrier-based aircraft carrier landing process to obtain the danger factors; determining a plurality of key danger factorsfrom the danger factors according to a multi-factor coupling relationship among the human, the carrier-based aircraft and the environment; obtaining an interaction matrix according to the degree of influence of the direct mutual coupling effect among the plurality of key danger factors on the safety of the carrier landing process, calculating by adopting a DEMATEL model to obtain a comprehensiveinfluence matrix; according to the interaction matrix and the comprehensive influence matrix, obtaining the influence degree of the key danger factors on the safety of the carrier landing process; andaccording to the key danger factor, carrying out safety monitoring on the ship landing process. According to the method, the mutual influence relation between the danger factors of multi-factor coupling during the shipboard aircraft landing process, and the influence on the safety in the landing process, are evaluated at the qualitative and quantitative aspects.

Description

technical field [0001] The invention relates to the technical field of safety monitoring, in particular to a method for safety monitoring of a carrier aircraft landing process. Background technique [0002] A complex integrated system refers to a system that has a high degree of integration of system components, and the functions and task processes performed need to be jointly executed by multiple factors. Compared with the traditional simple system, the high degree of integration and complexity of the task process of the complex system increases the number of system safety issues, and the complex integrated system often appears as a safety-critical system, so it is particularly necessary to ensure its safety. For the landing process of carrier-based aircraft, the factor that leads to the failure of its mission process is often not a single factor, but the result of the coupling of multiple factors, which brings a huge challenge to the safety analysis of the landing process ...

AI Technical Summary

Problems solved by technology

[0004] In view of the above analysis, the present invention aims to provide a safety monitoring method for the landing process of a carrier-based aircraft, so as to solve the problem that the existing technology cannot assess the mutual influence relationship and the impact of the risk factors under the multi-factor coupling from both qualitative and quantitative perspectives. The Influence of the Safety of Carrier Aircraft Landing Process

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