Autonomous fault detection and removal using GPS carrier phase

Pervan B.S.; Lawrence D.G.; Parkinson B.W.

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Autonomous fault detection and removal using GPS carrier phase

机译：利用GPS载波相位自动检测和排除故障

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This paper is focused on the use of carrier phase measurements and parity space methodology to investigate the limits of high-integrity and high-continuity satellite-based navigation performance. In this regard, a new algorithm for receiver autonomous fault detection and removal is developed with the specific goal of attaining the high levels of integrity and continuity required for aircraft precision approach and landing applications. Fault detection and removal algorithm performance is demonstrated through analysis and simulation, and the results of tests using deliberately induced failures in raw night data are presented

机译：本文的重点是使用载波相位测量和奇偶性空间方法研究高完整性和高连续性的卫星导航性能的局限性。在这方面，开发了一种用于接收机自主故障检测和消除的新算法，其特定目标是获得飞机精确进场和着陆应用所需的高水平的完整性和连续性。通过分析和仿真证明了故障检测和消除算法的性能，并给出了在原始夜间数据中故意诱发故障的测试结果。

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《IEEE Transactions on Aerospace and Electronic Systems》 |1998年第3期|p.897-906|共10页
作者
Pervan B.S.; Lawrence D.G.; Parkinson B.W.;
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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
Global Positioning System; aerospace simulation; aircraft landing guidance; fault diagnosis; least squares approximations; state-space methods; GPS carrier phase; aircraft precision approach and landing; algorithm performance; autonomous fault detection and remov;

机译：全球定位系统;航空航天模拟;飞机着陆制导;故障诊断;最小二乘近似;状态空间方法;GPS载波相位;飞机精确进近和着陆;算法性能;自主故障检测与排除;

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专利

1. Autonomous fault detection and removal using GPS carrier phase [J] . Pervan B.S., Lawrence D.G. IEEE Transactions on Aerospace and Electronic Systems . 1998,第3期

机译：利用GPS载波相位自动检测和排除故障
2. Autonomous Fault Detection with Carrier-Phase DGPS for Shipboard Landing Navigation [J] . MOON-BEOM HEO, BORIS PERVAN, SAM PULLEN, Navigation . 2004,第3期

机译：载波DGPS自主故障检测技术在舰船着陆导航中的应用
3. IRIDIUM/GPS CARRIER PHASE POSITIONING & FAULT DETECTION [J] . Mathieu Joerger GPS World . 2016,第7期

机译：铱/ GPS载波相位定位和故障检测
4. Airborne Autonomous Fault Detection for Shipboard Landing Navigation using Carrier Phase DGPS [C] . Moon-Beom Heo, Boris Pervan, Sam Pullen, Institute of Navigation National Technucal Meeting . 2003

机译：使用载波阶段DGPS的船舶着陆航行的机载自主故障检测
5. Carrier differential GPS as a sensor for automatic control: Development of a full state estimation and flight control system for an autonomous aircraft based on the global positioning system. [D] . Montgomery, Paul Y. 1996

机译：载波差分GPS作为自动控制的传感器：基于全球定位系统，为自主飞机开发全状态估计和飞行控制系统。
6. Detection of RINEX-2 Files With Mixed GPS L2P(Y)/L2C Carrier Phase Observations [O] . Lambert Wanninger 2018

机译：混合GPS L2P（Y）/ L2C载波相位观测值检测RINEX-2文件
7. GPS Carrier Phase Fault Detection with Consideration on User Dynamics [O] . Dae Hee Won, Jongsun Ahn, Sangkyung Sung, 2012

机译：考虑到用户动态的GPS载波相位故障检测
8. Comparison of Continuously Filtered GPS Carrier-Phase Time and Frequency Transfer With Independent Daily GPS Carrier-Phase Solutions and With Two-Way Satellite Time Transfer [R] . Matsakis, D., Senior, K., Cook, P. 2002

机译：具有独立的每日Gps载波相位解和双向卫星时间传递的连续滤波Gps载波相位时间和频率传输的比较

Autonomous fault detection and removal using GPS carrier phase

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