The automatic identification system (AIS) tracks vessel movement by means of electronic
exchange of navigation data between vessels, with onboard transceiver, terrestrial, and/or …

The motion response of an offshore floating wind turbine (FOWT) platform is closely related
to the control operation regarding the safety of a wind turbine. It is affected by various factors …

In order to represent the complex characteristics of ship roll motion such as nonlinearity,
uncertainty, and time-varying dynamics thus improving the ship roll prediction accuracy, an …

Real-time motion prediction of a vessel or a floating platform can help to improve the
performance of motion compensation systems. It can also provide useful early-warning …

In marine surveillance, distinguishing between normal and anomalous vessel movement
patterns is critical for identifying potential threats in a timely manner. Once detected, it is …

Short-term prediction technology has a vital role in improving the efficacy and safety of
several offshore operations. Motivated by nonlinear learning ability of support vector …

Real-time prediction of ship motion is essential for decision making in shipborne maritime
operations. Differences in ship hulls render different ship motion characteristics, which …

Accurate and extreme short-term predictions of ship motion are essential to ensure the
safety of maritime operations. Hence, a hybrid spatial–temporal neural network that …

Under the influence of variable sea conditions, a ship will have an oscillating motion
comprising six degrees of freedom, all of which are connected to each other. Among these …

It is essential for the marine navigator conducting maneuvers of his ship at sea to know
future positions of himself and target ships in a specific time span to effectively solve …