All Classes and Interfaces

Class	Description
AltBeaconUtils	Utility class to handle Android's AltBeacon library coefficients used te determine distance for calibrated devices.
BaseFingerprintEstimatorListener<E>	Listener to be notified of events such as when estimation of position using fingerprints starts or ends.
BaseFingerprintPositionAndRadioSourceEstimator<P,L>	Base class for position and radio source estimators based on located fingerprints containing only RSSI readings without any prior knowledge of radio sources.
BaseFingerprintPositionAndRadioSourceEstimatorListener<E>	Listener to be notified of events such as when estimation of position and radio source using fingerprints starts or ends.
BaseFingerprintPositionEstimator<P,L>	Base class for position estimators based on located fingerprints containing only RSSI readings without any prior knowledge of radio sources.
Beacon	The Beacon class represents a single hardware Beacon detected by an Android device.
BeaconIdentifier	Encapsulates a beacon identifier of arbitrary byte length.
BeaconLocated<P>	Data related to a beacon whose location is known.
BeaconLocated2D	Data related to a beacon whose 2D location is known.
BeaconLocated3D	Data related to a beacon whose 3D location is known.
BeaconWithPower	Data related to a beacon whose transmitted power and standard deviation of such transmitted power is known.
BeaconWithPowerAndLocated<P>	Data related to a beacon whose transmitted power, standard deviation of such transmitted power and its location are known.
BeaconWithPowerAndLocated2D	Data related to a beacon whose transmitted power, standard deviation of such transmitted power and its 2D location are known.
BeaconWithPowerAndLocated3D	Data related to a beacon whose transmitted power, standard deviation of such transmitted power and its 3D location are known.
BuildInfo	Contains build data of this library.
Fingerprint<S,R>	Contains readings from several radio sources for an unknown location to be determined.
FingerprintEstimationException	Base exception for this package.
FingerprintLocated<P>	Contains a located reading from several radio sources.
FingerprintPositionAndRadioSourceEstimator<P>	Base class for position and radio source estimators based on located fingerprints containing only RSSI readings.
FingerprintPositionAndRadioSourceEstimatorListener<P>	Listener to be notified of events such as when estimation of position and radio sources using fingerprints starts or ends.
FingerprintPositionEstimator<P>	Base class for position estimators based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
FingerprintPositionEstimatorListener<P>	Listener to be notified of events such as when estimation of position using fingerprints and radio sources starts or ends.
FirstOrderNonLinearFingerprintPositionEstimator2D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
FirstOrderNonLinearFingerprintPositionEstimator3D	3D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
IndoorException	Exception raised if indoor fails.
LinearFingerprintPositionEstimator<P>	Base class for position estimators based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
LinearFingerprintPositionEstimator2D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
LinearFingerprintPositionEstimator3D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
LinearMixedPositionEstimator<P>	Linearly estimates position using located radio sources and any kind of readings at unknown locations.
LinearMixedPositionEstimator2D	Linearly estimates 2D position using located radio sources and their readings at unknown locations.
LinearMixedPositionEstimator3D	Linearly estimates 3D position using located radio sources and their readings at unknown locations.
LinearRangingAndRssiPositionEstimator<P>	Linearly estimates position using located radio sources and their RSSI+ranging readings at unknown locations.
LinearRangingAndRssiPositionEstimator2D	Linearly estimates 2D position using located radio sources and their RSSI+ranging readings at unknown locations.
LinearRangingAndRssiPositionEstimator3D	Linearly estimates 3D position using located radio sources and their RSSI+ranging readings at unknown locations.
LinearRangingPositionEstimator<P>	Linearly estimates position using located radio sources and their ranging readings at unknown locations.
LinearRangingPositionEstimator2D	Linearly estimates 2D position using located radio sources and their ranging readings at unknown locations.
LinearRangingPositionEstimator3D	Linearly estimates 3D position using located radio sources and their ranging readings at unknown locations.
LinearRssiPositionEstimator<P>	Linearly estimates position using located radio sources and their RSSI readings at unknown locations.
LinearRssiPositionEstimator2D	Linearly estimates 2D position using located radio sources and their RSSI readings at unknown locations.
LinearRssiPositionEstimator3D	Linearly estimates 3D position using located radio sources and their RSSI readings at unknown locations.
LMedSRobustMixedPositionEstimator2D	Robustly estimates 2D position using located radio sources and their readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustMixedPositionEstimator3D	Robustly estimates 3D position using located radio sources and their readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging+RSSI readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging+RSSI readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
LMedSRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
LMedSRobustRangingPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRangingPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRangingRadioSourceEstimator2D<S>	Robustly estimated 2D position of a radio source (e.g.
LMedSRobustRangingRadioSourceEstimator3D<S>	Robustly estimated 3D position of a radio source (e.g.
LMedSRobustRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their RSSI readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRssiPositionEstimator3D	Robustly estimated 3D position using located radio sources and their RSSI readings at unknown locations and using LMedS algorithm to discard outliers.
LMedSRobustRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
LMedSRobustRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
MixedPositionEstimator<P>	Estimates position using located radio sources and any kind of readings at an unknown location (i.e. a non located fingerprint).
MixedPositionEstimatorListener<P>	Listener defining events of MixedPositionEstimator.
MixedRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position, transmitted power and path loss exponent of a radio source (e.g.
MixedRadioSourceEstimator2D<S>	Estimates 2D position, transmitted power and path loss exponent of a radio source (e.g.
MixedRadioSourceEstimator3D<S>	Estimates 3D position, transmitted power and path loss exponent of a radio source (e.g.
MixedRadioSourceEstimatorListener<S,P>	Listener defining events of RangingAndRssiRadioSourceEstimator
MSACRobustMixedPositionEstimator2D	Robustly estimates 2D position using located radio sources and their readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustMixedPositionEstimator3D	Robustly estimates 3D position using located radio sources and their readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging+RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging+RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
MSACRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
MSACRobustRangingPositionEstimator2D	Robustly estimates 2D position using located radio sources and their RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRangingPositionEstimator3D	Robustly estimates 3D position using located radio sources and their RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRangingRadioSourceEstimator2D<S>	Robustly estimated 2D position of a radio source (e.g.
MSACRobustRangingRadioSourceEstimator3D<S>	Robustly estimated 3D position of a radio source (e.g.
MSACRobustRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their RSSI readings at unknown locations and using MSAC algorithm to discard outliers.
MSACRobustRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
MSACRobustRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
NonLinearFingerprintPositionAndRadioSourceEstimator<P>	Base class for position and radio source estimators based only on located fingerprints containing RSSI readings.
NonLinearFingerprintPositionAndRadioSourceEstimator2D	Position and radio source estimator in 2D based only on located fingerprints containing RSSI readings.
NonLinearFingerprintPositionAndRadioSourceEstimator3D	Position and radio source estimator in 3D based only on located fingerprints containing RSSI readings.
NonLinearFingerprintPositionEstimator<P>	Base class for position estimators based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
NonLinearFingerprintPositionEstimator2D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
NonLinearFingerprintPositionEstimator3D	3D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
NonLinearFingerprintPositionEstimatorType	Type of non-linear position estimator.
NonLinearMixedPositionEstimator<P>	Estimates position non-linearly using located radio sources and their readings at unknown locations.
NonLinearMixedPositionEstimator2D	Estimates 2D position non-linearly using located radio sources and their readings at unknown locations.
NonLinearMixedPositionEstimator3D	Estimates 3D position non-linearly using located radio sources and their readings at unknown locations.
NonLinearRangingAndRssiPositionEstimator<P>	Estimates position non-linearly using located radio sources and their ranging+RSSI readings at unknown locations.
NonLinearRangingAndRssiPositionEstimator2D	Estimates 2D position non-linearly using located radio sources and their ranging+RSSI readings at unknown locations.
NonLinearRangingAndRssiPositionEstimator3D	Estimates 3D position non-linearly using located radio sources and their ranging+RSSI readings at unknown locations.
NonLinearRangingPositionEstimator<P>	Estimates position non-linearly using located radio sources and their ranging readings at unknown locations.
NonLinearRangingPositionEstimator2D	Estimates 2D position non-linearly using located radio sources and their ranging readings at unknown locations.
NonLinearRangingPositionEstimator3D	Estimates 3D position non-linearly using located radio sources and their ranging readings at unknown locations.
NonLinearRssiPositionEstimator<P>	Estimates position non-linearly using located radio sources and their RSSI readings at unknown locations.
NonLinearRssiPositionEstimator2D	Estimates 2D position non-linearly using located radio sources and their RSSI readings at unknown locations.
NonLinearRssiPositionEstimator3D	Estimates 3D position non-linearly using located radio sources and their RSSI readings at unknown locations.
PositionEstimationException	Exception raised if position estimation fails.
PositionEstimator<P,R,L>	Base class for position estimators using located radio sources and their readings at an unknown location (i.e. a non located fingerprint).
PositionEstimatorHelper	Utility class that converts located radio sources and fingerprints into positions, distances and distance standard deviations that can be used to solve the lateration problem.
PositionEstimatorListener<E>	Listener to be notified of events such as when estimation starts or ends.
PROMedSRobustMixedPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustMixedPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
PROMedSRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
PROMedSRobustRangingPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRangingPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRangingRadioSourceEstimator2D<S>	Robustly estimated 2D position of a radio source (e.g.
PROMedSRobustRangingRadioSourceEstimator3D<S>	Robustly estimated 3D position of a radio source (e.g.
PROMedSRobustRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their RSSI readings at unknown locations and using PROMedS algorithm to discard outliers.
PROMedSRobustRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
PROMedSRobustRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
PROSACRobustMixedPositionEstimator2D	Robustly estimates 2D position using located radio sources and their readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustMixedPositionEstimator3D	Robustly estimates 3D position using located radio sources and their readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging+RSSI readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
PROSACRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
PROSACRobustRangingPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRangingPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRangingRadioSourceEstimator2D<S>	Robustly estimated 2D position of a radio source (e.g.
PROSACRobustRangingRadioSourceEstimator3D<S>	Robustly estimated 3D position of a radio source (e.g.
PROSACRobustRssiPositionEstimator2D	Robustly estimates 2D position using located radio sources and their RSSI readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRssiPositionEstimator3D	Robustly estimates 3D position using located radio sources and their RSSI readings at unknown locations and using PROSAC algorithm to discard outliers.
PROSACRobustRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
PROSACRobustRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
RadioSource	Interface defining any radio source (e.g.
RadioSourceEstimationException	Exception raised if radio source estimation fails.
RadioSourceEstimator<P,R,L>	Estimates a radio source.
RadioSourceEstimatorListener<E>	Listener defining events of RssiRadioSourceEstimator
RadioSourceKNearestFinder<P,S>	Finds k-nearest radio source fingerprints based on their signal Euclidean distances (not their actual location).
RadioSourceLocated<P>	Interface defining any radio source (e.g.
RadioSourceNoMeanKNearestFinder<P,S>	Finds k-nearest radio source fingerprints based on their signal Euclidean distances (not their actual location) where mean values are removed to account for possible biases when measuring from different devices.
RadioSourceType	Contains a radio source type, which can be either a Wi-Fi Access Point or a bluetooth Beacon.
RadioSourceWithPower	Interface defining any radio source (e.g.
RadioSourceWithPowerAndLocated<P>	Interface defining any radio source (e.g.
RangingAndRssiFingerprint<S,R>	Contains ranging and RSSI readings from several radio sources for an unknown location to be determined.
RangingAndRssiFingerprintLocated<S,R,P>	Contains located ranging and RSSI readings from several radio sources.
RangingAndRssiFingerprintLocated2D<S,R>	Contains 2D located ranging and RSSI readings from several radio sources.
RangingAndRssiFingerprintLocated3D<S,R>	Contains 3D located ranging and RSSI readings from several radio sources.
RangingAndRssiPositionEstimator<P>	Estimates position using located radio sources and ranging readings at an unknown location (i.e. a non located fingerprint).
RangingAndRssiPositionEstimatorListener<P>	Listener defining events of RangingAndRssiPositionEstimator.
RangingAndRssiRadioSourceEstimator<S,P>	Estimates position, transmitted power and path loss exponent of a radio source (e.g.
RangingAndRssiRadioSourceEstimator2D<S>	Estimates 2D position, transmitted power and path loss exponent of a radio source (e.g.
RangingAndRssiRadioSourceEstimator3D<S>	Estimates 3D position, transmitted power and path loss exponent of a radio source (e.g.
RangingAndRssiRadioSourceEstimatorListener<S,P>	Listener defining events of RangingAndRssiRadioSourceEstimator
RangingAndRssiReading<S>	Contains a reading associated to a given radio source (e.e.
RangingAndRssiReadingLocated<S,P>	Contains a located reading associated to a given radio source (e.g.
RangingAndRssiReadingLocated2D<S>	Contains a 2D located reading associated to a given radio source (e.g.
RangingAndRssiReadingLocated3D<S>	Contains a 3D located reading associated to a given radio source (e.g.
RangingFingerprint<S,R>	Contains ranging readings from several radio sources for an unknown location to be determined.
RangingFingerprintLocated<S,R,P>	Contains located ranging readings from several radio sources.
RangingFingerprintLocated2D<S,R>	Contains 2D located ranging readings from several radio sources.
RangingFingerprintLocated3D<S,R>	Contains 3D located ranging readings from several radio sources.
RangingPositionEstimator<P>	Estimated position using located radio sources and ranging readings at an unknown location (i.e. a non located fingerprint).
RangingPositionEstimatorListener<P>	Listener defining events of RangingPositionEstimator.
RangingRadioSourceEstimator<S,P>	Estimates position of a radio source (e.g.
RangingRadioSourceEstimator2D<S>	Estimates position of a radio source (e.g.
RangingRadioSourceEstimator3D<S>	Estimates position of a radio source (e.g.
RangingRadioSourceEstimatorListener<S,P>	Listener defining events of RangingRadioSourceEstimator
RangingReading<S>	Contains a ranging reading associated to a given radio source (e.g.
RangingReadingLocated<S,P>	Contains a located ranging reading associated to a given radio source (e.g.
RangingReadingLocated2D<S>	Contains a 2D located ranging reading associated to a given radio source (e.g.
RangingReadingLocated3D<S>	Contains a 3D located ranging reading associated to a given radio source (e.g.
RANSACRobustMixedPositionEstimator2D	Robustly estimates 2D position using located radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustMixedPositionEstimator3D	Robustly estimates 3D position using located radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position using located ranging+RSSI radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position using located ranging+RSSI radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
RANSACRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
RANSACRobustRangingPositionEstimator2D	Robustly estimates 2D position using located ranging radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRangingPositionEstimator3D	Robustly estimates 3D position using located ranging radio sources and their ranging readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRangingRadioSourceEstimator2D<S>	Robustly estimated 2D position of a radio source (e.g.
RANSACRobustRangingRadioSourceEstimator3D<S>	Robustly estimated 3D position of a radio source (e.g.
RANSACRobustRssiPositionEstimator2D	Robustly estimates 2D position using located RSSI radio sources and their RSSI readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRssiPositionEstimator3D	Robustly estimates 3D position using located RSSI radio sources and their RSSI readings at unknown locations and using RANSAC algorithm to discard outliers.
RANSACRobustRssiRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
RANSACRobustRssiRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
Reading<S>	Contains a reading related to a given Wi-Fi access point.
ReadingLocated<P>	Contains a located signal reading associated to a given radio source (e.g.
ReadingSorter<P,R>	Evenly sorts readings of a fingerprint among different radio sources taking into account their respective quality scores as well.
ReadingSorter.RadioSourceComparator<P,R>	Comparator to order radio sources based on their quality scores.
ReadingSorter.RadioSourceSourceWithQualityScore<P,R>	Contains a radio source with its associated quality score.
ReadingSorter.ReadingComparator<R>	Comparator to order readings based on their quality scores.
ReadingSorter.ReadingWithQualityScore<R>	Contains a reading with its associated quality score.
ReadingType	Contains radio source reading type.
RobustMixedPositionEstimator<P>	Base class for robust position estimators using located radio sources and their readings at unknown locations.
RobustMixedPositionEstimator2D	Base class for robust 2D position estimators using located radio sources and their readings at unknown locations.
RobustMixedPositionEstimator3D	Base class for robust 3D position estimators using located radio sources and their readings at unknown locations.
RobustMixedPositionEstimatorListener<P>	Listener to be notified of events produced by a robust position estimator when estimation starts, ends or when progress changes.
RobustPositionEstimator<P,R,L>	Base class for robust position estimators using located radio sources and their readings at unknown locations.
RobustPositionEstimatorListener<E>	Listener to be notified of events produced by a robust position estimator when estimation starts, ends or when progress changes.
RobustRadioSourceEstimator<P,R,L>	Robustly estimates a radio source.
RobustRadioSourceEstimatorListener<E>	Listener to be notified of events produced by a robust radio source estimator when estimation starts, ends or when progress changes.
RobustRangingAndRssiPositionEstimator<P>	Base class for robust ranging+RSSI position estimators using located radio sources and their ranging+RSSI readings at unknown locations.
RobustRangingAndRssiPositionEstimator2D	Base class for robust ranging+RSSI 2D position estimators using located radio sources and their ranging+RSSI readings at unknown locations.
RobustRangingAndRssiPositionEstimator3D	Base class for robust ranging+RSSI 3D position estimators using located radio sources and their ranging+RSSI readings at unknown locations.
RobustRangingAndRssiPositionEstimatorListener<P>	Listener to be notified of events produced by a robust ranging position estimator when estimation starts, ends or when progress changes.
RobustRangingAndRssiRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRangingAndRssiRadioSourceEstimator.Solution<P>	Contains a solution obtained during robust estimation for a subset of samples.
RobustRangingAndRssiRadioSourceEstimator2D<S>	This is an abstract class to robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRangingAndRssiRadioSourceEstimator3D<S>	This is an abstract class to robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRangingAndRssiRadioSourceEstimatorListener<S,P>	Listener to be notified of events produced by a ranging and RSSI robust radio source estimator when estimation starts, ends or when progress changes.
RobustRangingPositionEstimator<P>	Base class for robust ranging position estimators using located radio sources and their ranging readings at unknown locations.
RobustRangingPositionEstimator2D	Base class for robust ranging 2D position estimators using located radio sources and their ranging readings at unknown locations.
RobustRangingPositionEstimator3D	Base class for robust ranging 3D position estimators using located radio sources and their ranging readings at unknown locations.
RobustRangingPositionEstimatorListener<P>	Listener to be notified of events produced by a robust ranging position estimator when estimation starts, ends or when progress changes.
RobustRangingRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position of a radio source (e.g.
RobustRangingRadioSourceEstimator.Solution<P>	Contains a solution obtained during robust estimation for a subset of samples.
RobustRangingRadioSourceEstimator2D<S>	This is an abstract class to robustly estimate 2D position of a radio source (e.g.
RobustRangingRadioSourceEstimator3D<S>	This is an abstract class to robustly estimate 3D position of a radio source (e.g.
RobustRangingRadioSourceEstimatorListener<S,P>	Listener to be notified of events produced by a ranging robust radio source estimator when estimation starts, ends or when progress changes.
RobustRssiPositionEstimator<P>	Base class for robust RSSI position estimators using located radio sources and their RSSI readings at unknown locations.
RobustRssiPositionEstimator2D	Base class for robust 2D RSSI position estimators using located radio sources and their RSSI readings at unknown locations.
RobustRssiPositionEstimator3D	Base class for robust 3D RSSI position estimators using located radio sources and their RSSI readings at unknown locations.
RobustRssiPositionEstimatorListener<P>	Listener to be notified of events produced by a robust RSSI position estimator when estimation starts, ends or when progress changes.
RobustRssiRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRssiRadioSourceEstimator.Solution<P>	Contains a solution obtained during robust estimation for a subset of samples.
RobustRssiRadioSourceEstimator2D<S>	This is an abstract class to robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRssiRadioSourceEstimator3D<S>	This is an abstract class to robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
RobustRssiRadioSourceEstimatorListener<S,P>	Listener to be notified of events produced by an RSSI robust radio source estimator when estimation starts, ends or when progress changes.
RssiFingerprint<S,R>	Contains RSSI readings from several radio sources for an unknown location to be determined.
RssiFingerprintLocated<S,R,P>	Contains located RSSI readings from several radio sources.
RssiFingerprintLocated2D<S,R>	Contains 2D located RSSI readings from several radio sources.
RssiFingerprintLocated3D<S,R>	Contains 3D located RSSI readings from several radio sources.
RssiPositionEstimator<P>	Estimates position using located radio sources and RSSI readings at an unknown location (i.e. a non located fingerprint).
RssiPositionEstimatorListener<P>	Listener defining events of RssiPositionEstimator.
RssiRadioSourceEstimator<S,P>	Estimates position, transmitted power and path loss exponent of a radio source (e.g.
RssiRadioSourceEstimator2D<S>	Estimates 2D position, transmitted power and path-loss exponent of a radio source assuming that the radio source emits isotropically following the expression below: Pr = Pt*Gt*Gr*lambda^2 / (4*pi*d)^2, where Pr is the received power (expressed in mW), Gt is the Gain of the transmission antenna Gr is the Gain of the receiver antenna d is the distance between emitter and receiver and lambda is the wavelength and is equal to: lambda = c / f, where c is the speed of light and f is the carrier frequency of the radio signal.
RssiRadioSourceEstimator3D<S>	Estimates 3D position and transmitted power of a radio source assuming that the radio source emits isotropically following the expression below: Pr = Pt*Gt*Gr*lambda^2 / (4*pi*d)^2, where Pr is the received power (expressed in mW), Gt is the Gain of the transmission antenna Gr is the Gain of the receiver antenna d is the distance between emitter and receiver and lambda is the wavelength and is equal to: lambda = c / f, where c is the speed of light and f is the carrier frequency of the Wi-Fi signal.
RssiRadioSourceEstimatorListener<S,P>	Listener defining events of RssiRadioSourceEstimator
RssiReading<S>	Contains a signal strength reading associated to a given radio source (e.g.
RssiReadingLocated<S,P>	Contains a located signal strength reading associated to a given radio source (e.g.
RssiReadingLocated2D<S>	Contains a 2D located signal strength reading associated to a given radio source (e.g.
RssiReadingLocated3D<S>	Contains a 3D located signal strength reading associated to a given radio source (e.g.
SecondOrderNonLinearFingerprintPositionEstimator2D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
SecondOrderNonLinearFingerprintPositionEstimator3D	3D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
SequentialRobustMixedPositionEstimator<P>	Base class for robust position estimation, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustMixedPositionEstimator2D	Robustly estimates 2D position, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustMixedPositionEstimator3D	Robustly estimates 3D position, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustMixedPositionEstimatorListener<P>	Listener to be notified of events produced by a sequential robust mixed position estimation when estimation starts, ends or when progress changes.
SequentialRobustMixedRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustMixedRadioSourceEstimator2D<S>	Robustly estimate 2D position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustMixedRadioSourceEstimator3D<S>	Robustly estimate 3D position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustMixedRadioSourceEstimatorListener<S,P>	Listener to be notified of events produced by a sequential robust radio source estimator using mixed readings when estimation starts, ends or when progress changes.
SequentialRobustRangingAndRssiPositionEstimator<P>	Base class for robust position estimation, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustRangingAndRssiPositionEstimator2D	Robustly estimates 2D position, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustRangingAndRssiPositionEstimator3D	Robustly estimates 3D position, using RSSI readings first to obtain an initial coarse position estimation, and then ranging readings to refine such estimation.
SequentialRobustRangingAndRssiPositionEstimatorListener<P>	Listener to be notified of events produced by a sequential robust ranging+RSSI position estimation when estimation starts, ends or when progress changes.
SequentialRobustRangingAndRssiRadioSourceEstimator<S,P>	This is an abstract class to robustly estimate position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustRangingAndRssiRadioSourceEstimator2D<S>	Robustly estimates 2D position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustRangingAndRssiRadioSourceEstimator3D<S>	Robustly estimates 3D position, transmitted power and path-loss exponent of a radio source (e.g.
SequentialRobustRangingAndRssiRadioSourceEstimatorListener<S,P>	Listener to be notified of events produced by a sequential robust radio source estimator when estimation starts, ends or when progress changes.
ThirdOrderNonLinearFingerprintPositionEstimator2D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
ThirdOrderNonLinearFingerprintPositionEstimator3D	2D position estimator based on located fingerprints containing only RSSI readings and having as well prior knowledge of the location of radio sources associated to those readings.
Utils
WeightedKNearestNeighboursPositionSolver<P>	Estimates position using Wi-Fi signals indoor and the Weighted k-Nearest Neighbours (WkNN) algorithm.
WeightedKNearestNeighboursPositionSolver2D	Estimates 2D position using Wi-Fi signals indoor and the Weighted k-Nearest Neighbours (WkNN) algorithm.
WeightedKNearestNeighboursPositionSolver3D	Estimates 3D position using Wi-Fi signals indoor and the Weighted k-Nearest Neighbours (WkNN) algorithm.
WeightedKNearestNeighboursPositionSolverListener<P>	Listener to be notified of events such as when position estimation starts or ends.
WifiAccessPoint	Data related to a WiFi access point.
WifiAccessPointLocated<P>	Data related to a Wi-Fi access point whose location is known.
WifiAccessPointLocated2D	Data related to a Wi-Fi access point whose 2D location is known.
WifiAccessPointLocated3D	Data related to a Wi-Fi access point whose 3D location is known.
WifiAccessPointWithPower	Data related to a Wi-Fi access point with estimated transmitted power.
WifiAccessPointWithPowerAndLocated<P>	Data related to a Wi-Fi access point with estimated transmitted power and known location.
WifiAccessPointWithPowerAndLocated2D	Data related to a Wi-Fi access point with estimated transmitted power and known 2D location.
WifiAccessPointWithPowerAndLocated3D	Data related to a Wi-Fi access point with estimated transmitted power and known 3D location.