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This book covers different topics in the framework of remote sensing of the oceans. Latest research advancements and brand-new studies are presented that address the exploitation of remote sensing instruments and simulation tools to improve the understanding of ocean processes and enable cutting-edge applications with the aim of preserving the ocean environment and supporting the blue economy. Hence, this book provides a reference framework for state-of-the-art remote sensing methods that deal with the generation of added-value products and the geophysical information retrieval in related fields, including: Oil spill detection and discrimination; Analysis of tropical cyclones and sea echoes; Shoreline and aquaculture area extraction; Monitoring coastal marine litter and moving vessels; Processing of SAR, HF radar and UAV measurements.

Research & information: general --- ocean modeling --- counter-flow --- vertical migration --- Kuroshio intrusion --- marine economy --- storm surge --- tropical cyclone size (TC size) --- ideal test --- marine-economic effects --- Northern East China Sea (NECS) --- surface currents --- HF radar --- eddy detection algorithms --- general compact polarimetry --- hybrid dual-polarization --- oil spill discrimination --- target decomposition --- ocean environment --- oil spill --- Synthetic Aperture Radar --- polarimetric decomposition --- superpixel --- convolutional neural networks --- unmanned-aerial-vehicles --- UAVs --- anthropogenic-marine-debris --- AMD --- beached-marine-litter --- BML --- marine-protected-areas --- MPA --- ortho-photo --- marine-pollution --- accumulation-rate --- synthetic aperture radar (SAR) --- moving vessel --- multicomponent polynomial phase signal(mc-PPS) --- adaptive joint time-frequency (AJTF) decomposition --- co-evolutionary particle swarm optimization --- airborne HF/VHF radar --- sea echo --- mathematical model --- radar cross section --- marine raft aquaculture --- Sentinel-1 --- nonsubsampled contourlet transform --- semantic segmentation --- fully convolutional network --- SAR images --- shoreline extraction --- geometric active contour model --- SAR --- sentinel-1 --- low-backscattering areas --- azimuth autocorrelation function --- n/a

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book covers different topics in the framework of remote sensing of the oceans. Latest research advancements and brand-new studies are presented that address the exploitation of remote sensing instruments and simulation tools to improve the understanding of ocean processes and enable cutting-edge applications with the aim of preserving the ocean environment and supporting the blue economy. Hence, this book provides a reference framework for state-of-the-art remote sensing methods that deal with the generation of added-value products and the geophysical information retrieval in related fields, including: Oil spill detection and discrimination; Analysis of tropical cyclones and sea echoes; Shoreline and aquaculture area extraction; Monitoring coastal marine litter and moving vessels; Processing of SAR, HF radar and UAV measurements.

Research & information: general --- ocean modeling --- counter-flow --- vertical migration --- Kuroshio intrusion --- marine economy --- storm surge --- tropical cyclone size (TC size) --- ideal test --- marine-economic effects --- Northern East China Sea (NECS) --- surface currents --- HF radar --- eddy detection algorithms --- general compact polarimetry --- hybrid dual-polarization --- oil spill discrimination --- target decomposition --- ocean environment --- oil spill --- Synthetic Aperture Radar --- polarimetric decomposition --- superpixel --- convolutional neural networks --- unmanned-aerial-vehicles --- UAVs --- anthropogenic-marine-debris --- AMD --- beached-marine-litter --- BML --- marine-protected-areas --- MPA --- ortho-photo --- marine-pollution --- accumulation-rate --- synthetic aperture radar (SAR) --- moving vessel --- multicomponent polynomial phase signal(mc-PPS) --- adaptive joint time-frequency (AJTF) decomposition --- co-evolutionary particle swarm optimization --- airborne HF/VHF radar --- sea echo --- mathematical model --- radar cross section --- marine raft aquaculture --- Sentinel-1 --- nonsubsampled contourlet transform --- semantic segmentation --- fully convolutional network --- SAR images --- shoreline extraction --- geometric active contour model --- SAR --- sentinel-1 --- low-backscattering areas --- azimuth autocorrelation function --- ocean modeling --- counter-flow --- vertical migration --- Kuroshio intrusion --- marine economy --- storm surge --- tropical cyclone size (TC size) --- ideal test --- marine-economic effects --- Northern East China Sea (NECS) --- surface currents --- HF radar --- eddy detection algorithms --- general compact polarimetry --- hybrid dual-polarization --- oil spill discrimination --- target decomposition --- ocean environment --- oil spill --- Synthetic Aperture Radar --- polarimetric decomposition --- superpixel --- convolutional neural networks --- unmanned-aerial-vehicles --- UAVs --- anthropogenic-marine-debris --- AMD --- beached-marine-litter --- BML --- marine-protected-areas --- MPA --- ortho-photo --- marine-pollution --- accumulation-rate --- synthetic aperture radar (SAR) --- moving vessel --- multicomponent polynomial phase signal(mc-PPS) --- adaptive joint time-frequency (AJTF) decomposition --- co-evolutionary particle swarm optimization --- airborne HF/VHF radar --- sea echo --- mathematical model --- radar cross section --- marine raft aquaculture --- Sentinel-1 --- nonsubsampled contourlet transform --- semantic segmentation --- fully convolutional network --- SAR images --- shoreline extraction --- geometric active contour model --- SAR --- sentinel-1 --- low-backscattering areas --- azimuth autocorrelation function