Publication | Open Access
Tracking underwater target using extremum seeking★
11
Citations
10
References
2015
Year
RadarGradient Estimation ExtremumAutomatic NavigationEngineeringExtremum Seeking★Underwater VehicleAerospace EngineeringSonar Signal ProcessingLocation EstimationUnderwater SystemField RoboticsAutonomous NavigationSurface VehicleInverse ProblemsMarine EngineeringLocalizationSignal ProcessingClassical Extremum
In this paper problem of source-seeking and tracking underwater target by surface vehicle using range measurements with low sampling rate is addressed. Paper compares three extremum seeking schemes: classical extremum seeking, EKF based gradient estimation extremum seeking and EKF based gradient estimation extremum seeking enhanced with static function model data. It is shown that using additional model information can improve gradient estimation when dealing with intermittent range measurements.
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