ABOships—An Inshore and Offshore Maritime Vessel Detection Dataset with Precise Annotations

Precision Maritime Inshore Navigation with a Tightly-Coupled Sensor System

This paper describes an integrated sensor system for precision maritime surface navigation in tightly confined harbor environments. The system tightly integrates GPS, inertial, image and laser measurements with an onboard electronic charting system to provide accurate bearing and/or range measurements to known navigational aids, allowing robust and accurate piloting relative to navigation aids ...

Modelling of interactions between inshore and offshore aquaculture

A Dataset for Airborne Maritime Surveillance Environments

This work presents a dataset with surveillance imagery over the sea captured by a small size UAV. This dataset presents object examples ranging from cargo ships, small boats, life rafts to hydrocarbon slick. The video sequences were captured using different types of cameras, at different heights and different perspectives. The dataset also contains thousands of labels with positions of objects ...

Applications and Technologies for Maritime and Offshore Industries

Autokon, a CAD/CAM system for ships, was one of the most important early Norwegian applications. We describe the background for the Autokon project and its results. We will specifically follow three technology threads that we have called Data-centred architectures, Mathematical modelling, and Personal information systems, where the last one includes distribution and component based architecture...

Annotations for (more) Precise Points-to Analysis

We extend an existing points-to analysis for Java in two ways. First, we fully support .NET which has structs and parameter passing by reference. Second, we increase the precision for calls to nonanalyzable methods. A method is non-analyzable when its code is not available either because it is abstract (an interface method or an abstract class method), it is virtual and the callee cannot be sta...