Ship, Guide My Landing! A Binocular Extended Kalman Filter for Maritime UAV Landing Operations

Bruno Damas; Nuno Pessanha Santos; Matilde Correia Vieira

Key information

Authors:

Bruno Damas (Bruno Duarte Damas); Nuno Pessanha Santos (Nuno Alexandre Antunes Martins Pessanha Santos); Matilde Correia Vieira

Published in

11/25/2024

Abstract

Unmanned Aerial Vehicles (UAVs) are continuously being explored as important means of decreasing human intervention and improving system reliability. The more challenging tasks when operating with UAVs are take-off and landing. Most low-size UAVs can have their take-off performed by hand, but the capacity to perform autonomous landing is essential. The autonomous landing environment is usually challenging since we are considering a moving platform, and the system must be able to deal with Global Position System (GPS)-denied environments. The proposed system is based on a ground-based stereoscopic vision system with temporal filtering based on an Extended Kalman Filter (EKF) to track the position of a rotary-wing UAV during landing. The obtained position detects and guides the rotary-wing UAV during landing. The initial results indicate that this setup has the potential to track with low error, demonstrating its suitability for exploration and further improvements.