The information-rich vessel movement data provided by the Automatic Identification System
(AIS) has gained much popularity over the past decade, during which the employment of …

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

Identifying and assessing the likelihood and consequences of maritime accidents has been
a key focus of research within the maritime industry. However, conventional methods utilised …

It is critical to have accurate ship trajectory prediction for collision avoidance and intelligent
traffic management of manned ships and emerging Maritime Autonomous Surface Ships …

Trajectory clustering, which aims at discovering groups of similar trajectories, has long been
considered as a corner stone task for revealing movement patterns as well as facilitating …

Automatic identification systems (AISs) serve as a complement to radar systems, and they
have been installed and widely used onboard ships to identify targets and improve …

Context. The article discusses approaches to anticipation identification being an essential
part of the decision-making process done by the operator by using the example of a sea …

Maritime traffic poses various risks in terms of human, environmental and economic loss. In
a risk analysis of ship collisions, it is important to get a reasonable estimate for the …

Mapping global shipping density, including vessel density and traffic density, is important to
reveal the distribution of ships and traffic. The Automatic Identification System (AIS) is an …

The Shipboard Automatic Identification System (AIS) is crucial for navigation safety and
maritime surveillance, data mining and pattern analysis of AIS information have attracted …