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Title: Anomaly Detection based on the Estimation of Speed and Flow Mapping for Controlled Lagrangian Particles
Committee:
Dr. Fumin Zhang, ECE, Chair , Advisor
Dr. Patricio Vela, ECE
Dr. Xiaoli Ma, ECE
Dr. Michael West, GTRI
Dr. Jonathan Rogers, ME
Dr. Catherine Edwards, UGA, Co-Advisor
Abstract:
The main contribution of this dissertation is a set of algorithms that detect anomaly of autonomous underwater vehicles (AUVs) without sensors monitoring vehicle components. Only using trajectory information, the proposed strategy detects abnormal vehicle motion under unknown ocean flow. It has the potential for mitigating abnormal vehicle motion with path-planning and controller design of AUVs. The experimental results of the Georgia Tech Miniature Autonomous Blimp (GT-MAB) and Georgia Tech Wind Measuring Robot (GT WMR) in an indoor test bed verify the proposed strategy.
