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Enhancing Flight Data Monitoring and Analysis can Increase Flight Safety

机译：加强飞行数据监控和分析可以提高飞行安全性

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The scope of the project is to Enhancing Flight Data Monitoring and Analysis can increase Flight Safety assists an operator to identify, quantify, assess and address operational risks. This analysis can be effectively used to support a range of airworthiness and operational safety tasks. The scope of this project is to de-code the recorded avionics parameter of interest based on the OEM’s recommendation by using the logical extraction of data from the data frame of the recorder based on ARINC standard and Air born software standard. This project involves different processes from Data down loading from the DFDR, Raw data extraction, Optimum Parameter configuration, Logical Event configuration, Logical calculation of various flight scenarios, Comparison with FCOM, Flight Health monitoring, Exceedance Analysis based on regulatory guidance, Statistical analysis of various avionics parameter’s impact on flight safety. The recommendation and solution found will be represented by various graphs and chart. Graphs of the checked parameters to show their evolution during cruise, take-off and landing phases of a same flight and an analysis of the validity of parameters based on graphs and corresponding tables, A check on the chronological structure of the complete recording, based on the aircraft flight history. It will be used for identifying and defining the risk index, and the inclusion and exclusion of the necessary maintenance programs based on the OEM.
机译：该项目的范围是加强飞行数据监控和分析，以提高飞行安全性，从而帮助运营人识别，量化，评估和应对运营风险。该分析可以有效地用于支持一系列的适航和运行安全任务。该项目的范围是根据原始设备制造商的建议，通过使用基于ARINC标准和Airborn软件标准的记录仪数据框的逻辑提取数据，对感兴趣的航空电子参数进行解码。该项目涉及不同的过程，包括从DFDR数据下载，原始数据提取，最佳参数配置，逻辑事件配置，各种飞行场景的逻辑计算，与FCOM的比较，飞行状态监控，基于监管指南的超限分析，各种航空电子参数对飞行安全的影响。找到的建议和解决方案将由各种图形和图表表示。所检查参数的图表，以显示它们在同一航班的巡航，起飞和着陆阶段的演变，并基于图表和相应的表格对参数的有效性进行分析，基于完整图表的时间结构检查，基于飞机的飞行历史。它将用于识别和定义风险指数，以及基于OEM的必要维护程序的包含和排除。

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