The maritime environment still represents an unexploited potential for modelling, management and understanding of mobility data. The environment is diverse, open but partly ruled, and covers a large spectrum of ships from small sailing-boats to super tankers which generally exhibit type-related behaviours. Similarly to terrestrial or aerial domains, several real-time positioning systems, such as the Automatic Identification System (AIS), have been developed for keeping track of vessel movements. However the huge amounts of data provided by these reporting systems are rarely used for knowledge discovery. This chapter aims at discussing different aspects of maritime mobilities understanding. This chapter enables readers to, first, understand...
The maritime environment has suffered from high marine traffic. High marine traffic has caused many ...
This thesis examines the use of Automatic Identification System (AIS) information to generate a pict...
Techniques for anomaly detection in the maritime domain are developed in this thesis using an area m...
The maritime environment still represents an unexploited potential for modelling, management and und...
Understanding maritime traffic patterns is key to Maritime Situational Awareness applications, in pa...
Trajectory analysis and extraction of trajectory patterns are crucial to enhance marine safety and m...
The surveillance of large sea areas normally requires the analysis of large volumes of heterogeneous...
The paper presents a situational analysis model for maritime anomaly detection in which we study the...
A new approach to anomaly detection in maritime traffic based on Automatic Identification System (AI...
This work investigates the use of historical Automatic Identification System (AIS) data as collected...
The surveillance of large sea areas normally requires the analysis of large volumes of heterogeneous...
The compulsory use of Automatic Identification System (AIS) for many vessel types, which has been en...
The increase of maritime location-based systems broadcasting information about ship movements is pro...
Nowadays, most of the world’s medium and large ships use equipment to self-report their positions. T...
Topics related to safety in maritime transport have become very important over the past decades due ...
The maritime environment has suffered from high marine traffic. High marine traffic has caused many ...
This thesis examines the use of Automatic Identification System (AIS) information to generate a pict...
Techniques for anomaly detection in the maritime domain are developed in this thesis using an area m...
The maritime environment still represents an unexploited potential for modelling, management and und...
Understanding maritime traffic patterns is key to Maritime Situational Awareness applications, in pa...
Trajectory analysis and extraction of trajectory patterns are crucial to enhance marine safety and m...
The surveillance of large sea areas normally requires the analysis of large volumes of heterogeneous...
The paper presents a situational analysis model for maritime anomaly detection in which we study the...
A new approach to anomaly detection in maritime traffic based on Automatic Identification System (AI...
This work investigates the use of historical Automatic Identification System (AIS) data as collected...
The surveillance of large sea areas normally requires the analysis of large volumes of heterogeneous...
The compulsory use of Automatic Identification System (AIS) for many vessel types, which has been en...
The increase of maritime location-based systems broadcasting information about ship movements is pro...
Nowadays, most of the world’s medium and large ships use equipment to self-report their positions. T...
Topics related to safety in maritime transport have become very important over the past decades due ...
The maritime environment has suffered from high marine traffic. High marine traffic has caused many ...
This thesis examines the use of Automatic Identification System (AIS) information to generate a pict...
Techniques for anomaly detection in the maritime domain are developed in this thesis using an area m...