GNSS vulnerability assessment method based on ARAIM user algorithm

Hao Mei, X. Zhan, Xin Zhang
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引用次数: 5

Abstract

Satellite-based communications, navigation, surveillance and air traffic management systems (CNS/ATM) are extremely promising in future use because of its great advantages in coverage and accuracy, yet can be seriously disabled by Global Navigation Satellite System (GNSS) vulnerability factors such as satellite anomaly, ionospheric perturbation, and electromagnetic interference. To improve the reliability of CNS/ATM system, this paper focuses on the influence of GNSS vulnerability on satellite-based navigation. Vulnerability of an airline is assessed based on the combination of vulnerability of each airspace, utilizing Advanced RAIM (ARAIM) user algorithm. Vulnerability assessment results of single airline are presented.
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基于ARAIM用户算法的GNSS漏洞评估方法
基于卫星的通信、导航、监视和空中交通管理系统(CNS/ATM)由于其在覆盖范围和精度方面的巨大优势,在未来的应用中具有极大的前景,但可能受到卫星异常、电离层扰动和电磁干扰等全球导航卫星系统(GNSS)脆弱性因素的严重破坏。为了提高CNS/ATM系统的可靠性,本文重点研究了GNSS脆弱性对星基导航的影响。航空公司的脆弱性评估是基于各空域脆弱性的组合,采用先进的RAIM (Advanced RAIM)用户算法。给出了单个航空公司的脆弱性评价结果。
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