Despite advancements in science and technology, ship collisions and groundings remain
the most prevalent types of maritime accidents. Recent developments in accident prevention …

To guarantee vessel traffic safety in inland waterways, the automatic identification system
(AIS) and shore-based cameras have been widely adopted to monitor moving vessels. The …

The rapid development of artificial intelligence has greatly ensured maritime safety and
made outstanding contributions to the protection of the marine environment. However …

Ship collision avoidance is critical to maritime safety, but maritime traffic patterns are
becoming increasingly complex as the number of vessels of all types increases. Therefore …

This study aims to estimate ship collision risk considering the occurrence frequency and
severity simultaneously, as well as to explore the influence of ship domain shapes on …

Accurate vessel travel time estimation is essential for operational efficiency and route
optimization. Despite the prevalent use of the automatic identification system (AIS) in …

Turbocharger fouling phenomenon was analyzed from the risk assessment perspective in
this study. The research employed exhaust system and turbocharger equipment of …

To address the issue of precisely quantifying ship collision risk and identifying collision
hotspots in complex waters, this study proposed a regional ship collision risk assessment …

Intelligence testing and verification of autonomous sailing capability is crucial to the
development and deployment of autonomous ships. The prevailing approach is to establish …