ADS-B和替代监测手段的危害分析方法和性能标准的推导

A. Warren
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引用次数: 0

摘要

最近的标准工作制定了在航路和终端空域使用类似雷达的分离标准和操作方法进行ADS-B监视的最低性能标准。本文介绍了一种基于FAA在最近的安全管理系统(SMS)文件中总结的通用危害分析方法的ADS-B、雷达和其他监视系统性能要求的替代方法。该方法通过ADS-B性能标准的第一性原理推导来说明,例如使用GPS和备用位置源的特定分离标准的容器完整性(NIC, SIL)和位置精度(NACp)。分析水平与初步危害分析(PHA)一致,以确定候选监测传感器和初始性能标准,以满足指定最小分离的期望目标安全水平(TLS)标准。介绍了一种简化的分离误差概率(SEP)方法,使分离误差概率的直接推导成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hazard Analysis Methodology and Derivation of Performance Criteria for ADS-B and Alternate Surveillance Means
Recent standards work has derived minimum performance criteria for ADS-B surveillance using radar-like separation standards and operational methods in en route and terminal airspace. This paper introduces an alternative methodology for deriving ADS-B, radar and other surveillance system performance requirements based on generic hazard analysis methodology summarized by the FAA in recent Safety Management System (SMS) documents. The methodology is illustrated by first principles derivation of ADS-B performance criteria such as containment integrity (NIC, SIL) and position accuracy (NACp) for specified separation standards using GPS and alternate position sources. The level of the analysis is consistent with preliminary hazard analysis (PHA), to identify candidate surveillance sensors and initial performance criteria to meet desired target level of safety (TLS) criteria for specified separation minima. A simplified separation error probability (SEP) methodology is introduced that enables direct derivation o...
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