This paper presents a description and comparison of two segmentation methods for the oil spill detection in the sea surface. SLAR sensors acquire video sequences from which snapshots are extracted for the detection of oil spills. Both approaches are segmentation based on graph techniques and J-image respectively. Finally, the aim of applying both approaches to SLAR snapshots, as shown, is to detect the largest part of the oil slick and minimize the false detection of the spill.This work was funded by Ministry of Economy and Competitiveness and supported by Spanish project (RTC-2014-1863-8)
Segmentation of marine oil spills in Synthetic Aperture Radar (SAR) images is a challenging t...
Crude oil spills have negative consequences on the economy, environment, health and society in which...
Oil spill pollution plays a significant role in damaging marine ecosystem. Discharge of oil due to t...
This paper presents a description and comparison of two segmentation methods for the oil spill detec...
Identification of potential oil spills on Synthetic Aperture Radar (SAR) satellite images is a compl...
This paper presents an approach to remove SLAR (Side-Looking Airborne Radar) image regions with low ...
Intentional oil pollution damages marine ecosystems. Therefore, society and governments require mari...
This work presents a method for oil-spill detection on Spanish coasts using aerial Side-Looking Airb...
This study focuses on the segmentation and characterization of oil slicks from Synthetic Aperture Ra...
We present a method to detect maritime oil spills from Side-Looking Airborne Radar (SLAR) sensors mo...
Synthetic Aperture Radar (SAR) satellite systems are very efficient in oil spill monitoring due to t...
This paper examines problematics of oil spill detection in open water, detection of such oil spills ...
In this work, we use deep neural autoencoders to segment oil spills from Side-Looking Airborne Radar...
Abstract — Segmentation of dark patches in SAR images is an important step in any oil spill detectio...
Each year, ships and industries are damaging the delicate coastal ecosystem in many parts of the wor...
Segmentation of marine oil spills in Synthetic Aperture Radar (SAR) images is a challenging t...
Crude oil spills have negative consequences on the economy, environment, health and society in which...
Oil spill pollution plays a significant role in damaging marine ecosystem. Discharge of oil due to t...
This paper presents a description and comparison of two segmentation methods for the oil spill detec...
Identification of potential oil spills on Synthetic Aperture Radar (SAR) satellite images is a compl...
This paper presents an approach to remove SLAR (Side-Looking Airborne Radar) image regions with low ...
Intentional oil pollution damages marine ecosystems. Therefore, society and governments require mari...
This work presents a method for oil-spill detection on Spanish coasts using aerial Side-Looking Airb...
This study focuses on the segmentation and characterization of oil slicks from Synthetic Aperture Ra...
We present a method to detect maritime oil spills from Side-Looking Airborne Radar (SLAR) sensors mo...
Synthetic Aperture Radar (SAR) satellite systems are very efficient in oil spill monitoring due to t...
This paper examines problematics of oil spill detection in open water, detection of such oil spills ...
In this work, we use deep neural autoencoders to segment oil spills from Side-Looking Airborne Radar...
Abstract — Segmentation of dark patches in SAR images is an important step in any oil spill detectio...
Each year, ships and industries are damaging the delicate coastal ecosystem in many parts of the wor...
Segmentation of marine oil spills in Synthetic Aperture Radar (SAR) images is a challenging t...
Crude oil spills have negative consequences on the economy, environment, health and society in which...
Oil spill pollution plays a significant role in damaging marine ecosystem. Discharge of oil due to t...