| Summary: | 碩士 === 國立成功大學 === 民航研究所 === 101 === In this study, we combine the method of coefficient matrix and eigenvalue from linear algebra with iterative mapping and phase plane analysis as a possible research instruments to quantify the stability of flight operation. By using the data obtained from Flight Operation Quality Assurance System, we choose four parameters including height, speed, vertical speed and rotational speed of engine to construct coefficient matrix A and define an indicator to assess the stability of flight operation.
Comparing the average of the indicator between normal flights and event flights distinguished by FOQA system, it is possible to revel the difference of stability between normal flight and event flights.
In the future work, the preliminary result of this study should combine with Flight Safety Margin theory to validate the effectiveness of the result.
Keywords: Stability of flight operation, FOQA system, Coefficient matrix, Eigenvalue
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