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  /cts/tests/tests/location/src/android/location/cts/psedorange/
PseudorangeSmoother.java 17 package android.location.cts.pseudorange;
29 * new list that contains smoothed pseudorange measurements.
GpsMeasurementWithRangeAndUncertainty.java 17 package android.location.cts.pseudorange;
27 /** Pseudorange measurement (meters) */
30 /** Pseudorange uncertainty (meters) */
GpsMeasurement.java 17 package android.location.cts.pseudorange;
23 * accumulated delta range state (boolean), pseudorange rate in meters per second, received signal
24 * to noise ratio dB, accumulated delta range uncertainty in meters, pseudorange rate uncertainty in
37 /** Pseudorange rate measurement (meters per second) */
46 /** Pseudorange rate uncertainty (meter per seconds) */
EcefToTopocentricConverter.java 17 package android.location.cts.pseudorange;
19 import android.location.cts.pseudorange.Ecef2LlaConverter.GeodeticLlaValues;
IonosphericModel.java 17 package android.location.cts.pseudorange;
19 import android.location.cts.pseudorange.Ecef2LlaConverter.GeodeticLlaValues;
20 import android.location.cts.pseudorange.EcefToTopocentricConverter.TopocentricAEDValues;
23 * Calculate the Ionospheric correction of the pseudorange given the {@code userPosition},
Ecef2EnuConverter.java 17 package android.location.cts.pseudorange;
GpsMathOperations.java 17 package android.location.cts.pseudorange;
PseudorangePositionVelocityFromRealTimeEvents.java 17 package android.location.cts.pseudorange;
25 import android.location.cts.pseudorange.Ecef2EnuConverter.EnuValues;
26 import android.location.cts.pseudorange.Ecef2LlaConverter.GeodeticLlaValues;
29 import android.location.cts.pseudorange.GpsTime;
SatelliteClockCorrectionCalculator.java 16 package android.location.cts.pseudorange;
SatellitePositionCalculator.java 17 package android.location.cts.pseudorange;
19 import android.location.cts.pseudorange.SatelliteClockCorrectionCalculator.SatClockCorrection;
Ecef2LlaConverter.java 17 package android.location.cts.pseudorange;
UserPositionVelocityWeightedLeastSquare.java 17 package android.location.cts.pseudorange;
24 import android.location.cts.pseudorange.Ecef2LlaConverter.GeodeticLlaValues;
25 import android.location.cts.pseudorange.EcefToTopocentricConverter.TopocentricAEDValues;
26 import android.location.cts.pseudorange.SatellitePositionCalculator.PositionAndVelocity;
44 * Computes an iterative least square receiver position solution given the pseudorange (meters) and
81 * the pseudorange, by passing a class which implements {@link PseudorangeSmoother} interface.
88 * Least square solution to calculate the user position given the navigation message, pseudorange
95 * <p>One can implement their own smoothing algorithm for smoothing the pseudorange, by passing
490 * Calculates position of all visible satellites and pseudorange measurement residual (difference
505 * prns, satellite positions in ECEF, pseudorange residuals and covariance matrix
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GpsTime.java 17 package android.location.cts.pseudorange;
TroposphericModelEgnos.java 17 package android.location.cts.pseudorange;
  /cts/tests/tests/location/src/android/location/cts/
GnssPseudorangeVerificationTest.java 19 import android.location.cts.pseudorange.PseudorangePositionVelocityFromRealTimeEvents;
44 // GPS/GLONASS: according to http://cdn.intechopen.com/pdfs-wm/27712.pdf, the pseudorange in time
153 // we need at least 4 satellites to calculate the pseudorange
199 * Uses the common reception time approach to calculate pseudorange time
235 * Use pseudorange calculation library to calculate position then compare to location from
  /compatibility/cdd/7_hardware-compatibility/
7_3_sensors.md 244 * [C-2-2] MUST report GPS pseudoranges and pseudorange rates, that, in

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