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Ruts formed as a result of vehicle traversal on soft ground are used by expert off road drivers because they can improve vehicle safety on turns and slopes thanks to the extra lateral force they provide to the vehicle. In this paper we propose a rut detection and tracking algorithm for autonomous ground vehicles (AGVs) equipped with a laser range finder. The proposed algorithm utilizes an extended...
In this paper we present an autonomous control system, a cost effective autonomous underwater vehicle, and their integration capable of localizing and navigating relative to the boundaries of a bounded body of water. The vehicle is controlled by two propellers driven by Transmotec motors one on each lateral side of the vehicle. Two sensors are used to localize the vehicle; a compass and a laser based...
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