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In this article, a new concept for SBAS integrity validation is presented. The proposed concept is a modification of the well known Stanford diagram, where a 2D histogram shows the relationship of position errors against protection levels for a set of measurements using an all in view satellite selection. The new method consists on two diagrams: the Worst-Safety Index diagram and the “All-Geometries” diagram, known here as the Stanford-ESA and the All-Stanford-ESA, respectively. [[The Stanford – ESA Integrity Diagram: Focusing on SBAS Integrity|''more...'']]
In this article, a new concept for SBAS integrity validation is presented. The proposed concept is a modification of the well known Stanford diagram, where a 2D histogram shows the relationship of position errors against protection levels for a set of measurements using an all in view satellite selection. The new method consists on two diagrams: the Worst-Safety Index diagram and the “All-Geometries” diagram, known here as the Stanford-ESA and the All-Stanford-ESA, respectively. [[The Stanford – ESA Integrity Diagram: Focusing on SBAS Integrity|''more...'']]
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The Stanford – ESA Integrity Diagram: Focusing on SBAS Integrity

posted 16 August 2010 | in Category:EGNOS

In this article, a new concept for SBAS integrity validation is presented. The proposed concept is a modification of the well known Stanford diagram, where a 2D histogram shows the relationship of position errors against protection levels for a set of measurements using an all in view satellite selection. The new method consists on two diagrams: the Worst-Safety Index diagram and the “All-Geometries” diagram, known here as the Stanford-ESA and the All-Stanford-ESA, respectively. more...

Quick References

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Quick References
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  • Reference 4
  • Reference 5

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