This study elaborates on the detection of ship wake signatures on high resolution TerraSAR-X images. A new data-driven detectability model based on a binary logistic regression classifier is proposed. Additionally, to de-tect small and incompletely imaged wake signatures, a second machine learning approach is investigated. The second approach uses feature extraction and binary classification to classify the area around ships. By applying the detectability model before the classification, the sensibility of the resulting wake detection can be adjusted. The detectability model shows expected dependencies between wake visibility and the affecting parameters. Ini-tial results reach above 70% accuracy for wake classification
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
A novel technique for ship wake detection has been recently proposed and applied on X-band Synthetic...
On PORSEC 2016 a linear model for the detectability of ship signatures and besides also wake signatu...
Recently, international agencies for border security ask for an improvement of the actual Maritime S...
Recently, international agencies for border security ask for an improvement of the actual Maritime S...
The physics of the imaging mechanism underlying the emergence of ship wakes in Synthetic Aperture Ra...
This article describes how a detectability model can be trained in the form of a binary classifier f...
A critical role in monitoring and understanding human activities at sea is held by the detection of ...
Maritime trade and trasport occupy a pivotal position in the current era of globalization. Thus, mon...
The physics of the imaging mechanism underlying the emergence of ship wakes in Synthetic Aperture Ra...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Traditional ship identification systems have difficulty in identifying illegal or broken ships, but ...
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
A novel technique for ship wake detection has been recently proposed and applied on X-band Synthetic...
On PORSEC 2016 a linear model for the detectability of ship signatures and besides also wake signatu...
Recently, international agencies for border security ask for an improvement of the actual Maritime S...
Recently, international agencies for border security ask for an improvement of the actual Maritime S...
The physics of the imaging mechanism underlying the emergence of ship wakes in Synthetic Aperture Ra...
This article describes how a detectability model can be trained in the form of a binary classifier f...
A critical role in monitoring and understanding human activities at sea is held by the detection of ...
Maritime trade and trasport occupy a pivotal position in the current era of globalization. Thus, mon...
The physics of the imaging mechanism underlying the emergence of ship wakes in Synthetic Aperture Ra...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Since the ship wakes appear in SAR images as dark/bright lines, they are typically identified by usi...
Traditional ship identification systems have difficulty in identifying illegal or broken ships, but ...
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
Spaceborne synthetic aperture radar (SAR) represents a powerful source of data for enhancing maritim...
A novel technique for ship wake detection has been recently proposed and applied on X-band Synthetic...