GNSS Augmentation: Difference between revisions
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=Regional Scale= | =Regional Scale= | ||
*This is done mainly using [[Navigational | *This is done mainly using [[Navigational Satellite Constellations]] to fill in gaps others leave in certain areas, aims to increase accuracy to the standard level | ||
*See [[List of Navigational Satellite Constellations]] | *See [[List of Navigational Satellite Constellations]] | ||
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*This can be done by more than one receiver and checking for errors | *This can be done by more than one receiver and checking for errors | ||
*Also additional systems such as [[Loran]] can be used for redundancy | *Also additional systems such as [[Loran]] can be used for redundancy | ||
*Also techniques such as [[Dead | *Also techniques such as [[Dead Reckoning]] can be used for redundancy as well | ||
=Internal Links= | =Internal Links= | ||
Revision as of 00:51, 29 October 2022
Basics
- Any way of making SATNAV more accurate
Regional Scale
- This is done mainly using Navigational Satellite Constellations to fill in gaps others leave in certain areas, aims to increase accuracy to the standard level
- See List of Navigational Satellite Constellations
RTK
- This is useful for smaller scale applications such as Surveying and ROVs, aims to increase accuracy to cm or mm level
- See RTK
Redundancy
- This can be done by more than one receiver and checking for errors
- Also additional systems such as Loran can be used for redundancy
- Also techniques such as Dead Reckoning can be used for redundancy as well
Internal Links
External Links
{{Category: Cartography, GIS, Maps, and Surveying]]