Online Model Identification for Underwater Vehicles through Incremental Incremental Support Vector Regression
Bilal Wehbe, Alexander Fabisch, Mario Michael Krell
In IEEE/RSJ, (IROS-17), 24.9.-28.9.2017, Vancouver, British Columbia, IEEE, pages 4173-4180, Sep/2017. IEEE/RSJ. ISBN: 9781538626818.

Zusammenfassung (Abstract) :

This paper presents an online technique which employs incremental support vector regression to learn the damping term of an underwater vehicle motion model, subject to dynamical changes in the vehicle’s body. To learn the damping term, we use data collected from the robot’s on-board navigation sensors and actuator encoders. We introduce a new sample-efficient methodology which accounts for adding new training samples, removing old samples, and outlier rejection. The proposed method is tested in a real-world experimental scenario to account for the model’s dynamical changes due to a change in the vehicle’s geometrical shape.

Stichworte :

Underwater Robotics, AUV, Support Vector Regression, Online Model Identification

zuletzt geändert am 06.09.2016
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