2007
DOI: 10.5394/kinpr.2007.31.6.509
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A Study on Integrity Monitoring Improvement of the DGPS Reference Station

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Cited by 4 publications
(3 citation statements)
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“…Such an imbalanced network error can effect on the other network solutions or rover solutions including maritime DGPS (Ahn, 2006;Ahn, 2007;Seo, 2009;Shin, 2013). There have been several studies on how to detect GNSS faults and improve the positioning performance for DGPS applications (Cho, 2007;Kim, 2010;Zhang, 2005;Zheng, 2004). The network errors caused by localized troposphere anomaly can degrade the correction message to the rover.…”
Section: Introductionmentioning
confidence: 99%
“…Such an imbalanced network error can effect on the other network solutions or rover solutions including maritime DGPS (Ahn, 2006;Ahn, 2007;Seo, 2009;Shin, 2013). There have been several studies on how to detect GNSS faults and improve the positioning performance for DGPS applications (Cho, 2007;Kim, 2010;Zhang, 2005;Zheng, 2004). The network errors caused by localized troposphere anomaly can degrade the correction message to the rover.…”
Section: Introductionmentioning
confidence: 99%
“…There were more than 13 times of unscheduled outages from NANU (Notice Advisory to Navstar User) every year during 2000∼2009 on an average [3]. GPS users could be exposed in those error-occurred situation when GPS anomaly started, and the receiver sometimes tracks the anomaly satellite even though it was set unhealthy by GPS control station.…”
Section: Introductionmentioning
confidence: 99%
“…Inhomogeneous atmospheric conditions can affect the network solution and an imbalanced network error can degrade the correction message to rover station. It has been studied for the integrity monitoring and correction technique of high performance DGPS solution during tropospheric delay anomaly caused by localized atmospheric conditions (Cho, 2007;Kim, 2012;Seo, 2009;Shin, 2013;Yoo, 2011), and it is critical issue to detect an anomalous satellite that can degrade the correction accuracy during inhomogeneous atmosphere conditions in network RTK environment.…”
Section: Introductionmentioning
confidence: 99%