The multipath estimating delay lock loop: approaching theoretical accuracy limits
R.D.J. van Nee, J. Siereveld, Patrick Fenton, Bryan Townsend
Abstract
R.D.J. van Nee, J. Siereveld, Patrick Fenton, Bryan Townsend
Abstract
This paper demonstrates that it is possible to largely reduce GPS code and carrier multipath errors by using a specific receiver structure which simultaneously estimates the parameters of line-of-sight plus multipath signals. Test results in various environments show an error reduction up to a factor of ten, as compared to a receiver with a small early-late spacing.>
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This paper demonstrates that it is possible to largely reduce GPS code and carrier multipath errors by using a specific receiver structure which simultaneously estimates the parameters of line-of-sight plus multipath signals. Test results in various environments show an error reduction up to a factor of ten, as compared to a receiver with a small early-late spacing.>
Key concepts: Multipath propagation, Computer science, Lock (firearm), Code (set theory), Multipath mitigation, Global Positioning System, Line (geometry), Algorithm