International Journal of Advanced Computer Science and Applications · 2012 · 26 citations · 10 references
ComputingGeoinformaticsGeodesyGeographic Information ScienceGlobal Navigation Satellite SystemsDifferential GnssPrecise Point PositioningDifferential Global Navigation Satellite SystemsDifferential PositioningGlobal Positioning SystemLow-cost PositioningPosition EstimationPositioning AccuracyPositioning Accuracy EnhancementRelative Positioning Accuracy
The accuracy of a standard market receiver GPS (Global Positioning System) is near 10-15 meters the 95% of the times. To reach a sub-metric level of accuracy some techniques must be used [1]. This article describes some of these procedures to improve the positioning accuracy by using a low-cost GPS in a differential relative positioning way. The proposed techniques are some variations of Kalman, fuzzy logic and information selection.
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