Traffic monitoring and surveillance form part of the basic aspects of several maritime applications. The observation regions around harbours have multiple modern radar sensors for adequate coverage, and the sensors produce measurements from potential targets that appear as point clouds. With measurements from multiple sensors, extra information about the target’s shape can be gained in order to improve monitoring within the particular observation region. In this paper, we present a framework for processing radar measurements from multiple sensors which outputs the extended state estimates of the vessels over an observation region jointly with their approximate size range categories. We demonstrate the performance of the framework based on r...
To enable autonomous sea vessel's safe voyage, a real time situational awareness system is required....
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
In this paper, we present a method for multiple target two-dimensional tracking using multiple senso...
Traffic monitoring and surveillance form part of the basic aspects of several maritime applications....
Target tracking is today one of the main pillars supporting applications for Maritime Traffic Situat...
A reliable and complete traffic situation picture can be understood as key requirement for safe and ...
Situation awareness is understood as a key requirement for safe and secure shipping at sea. The prim...
The marine radar remains one of the most extensively used sensor for maritime surveillance. Owing to...
Maritime borders and coastal zones are susceptible to threats such as drug trafficking, piracy, unde...
The sea traffic surrounding many large ports is becoming increasingly crowded. Traffic regulation is...
As autonomous navigation is being implemented in several areas including the maritime domain, the ne...
Endeavours to have a reliable and robust maritime traffic situation assessment are today leading to ...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
To enable autonomous sea vessel's safe voyage, a real time situational awareness system is required....
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
In this paper, we present a method for multiple target two-dimensional tracking using multiple senso...
Traffic monitoring and surveillance form part of the basic aspects of several maritime applications....
Target tracking is today one of the main pillars supporting applications for Maritime Traffic Situat...
A reliable and complete traffic situation picture can be understood as key requirement for safe and ...
Situation awareness is understood as a key requirement for safe and secure shipping at sea. The prim...
The marine radar remains one of the most extensively used sensor for maritime surveillance. Owing to...
Maritime borders and coastal zones are susceptible to threats such as drug trafficking, piracy, unde...
The sea traffic surrounding many large ports is becoming increasingly crowded. Traffic regulation is...
As autonomous navigation is being implemented in several areas including the maritime domain, the ne...
Endeavours to have a reliable and robust maritime traffic situation assessment are today leading to ...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
To enable autonomous sea vessel's safe voyage, a real time situational awareness system is required....
X-band marine radar systems are flexible and low-cost tools for monitoring multiple targets in a sur...
In this paper, we present a method for multiple target two-dimensional tracking using multiple senso...