Ship trajectory prediction based on Automatic Identification System (AIS) data has attracted
increasing interest as it helps prevent collision accidents and eliminate potential …

Over the past few decades, modeling, simulation, and optimization tools have received
attention for their ability to represent and improve complex systems. The use of …

Maritime transport faces new safety challenges in an increasingly complex traffic
environment caused by large-scale and high-speed ships, particularly with the introduction …

AIS data include ship spatial-temporal and motion parameters which can be used to
excavate the deep-seated information. In this article, an interpretable knowledge-based …

Aiming at realizing collision risk quantitative evaluation among encounter ships, a novel
data-driven evolution model is proposed concerning encounter evolution in maritime …

Automatic identification system (AIS) is a vessel-based system for the automatic broadcast
and reception of vessel information, and it also supports data for trajectory prediction. Since …

Abstract The marine vessel Automatic Identification System (AIS) broadcast is a system with
no-response mechanism, so there are missing data from the received AIS vessel trajectory …

In this survey, results from an investigation on collision avoidance and path planning
methods developed in recent research are provided. In particular, existing methods based …

Communication among the ships can provide additional information that assists ships in
negotiating and collaborating with others to take effective actions. This article provides a …

Maritime situational awareness tasks such as port management, collision avoidance, and
search-and-rescue missions rely on accurate knowledge of vessel locations. The availability …