1352-1357Present study consists an experimental study of the framework for seafloor scene classification with AUV data. In this framework, the dictionary is dynamically learned with new features, which are extracted from marine images. Sparse representation is further fed into a Support Vector Machine for scene classification. Extensive experimental results on the AUV data of southeast coast of Tasmania have shown that the proposed framework provides a satisfying approach with respect to the seafloor scene classification
The comprehensive production of detailed bathymetric maps is important for disaster prevention, reso...
In this work, we present a system for the automated classiffication of seabed substrates in underwat...
Far-sighted marine research institutions around the globe are capturing images from the seafloor at ...
Camera equipped Autonomous Underwater Vehicles (AUVs) are now routinely used in seafloor surveys. Ob...
This thesis develops a method to incorporate domain knowledge into modern machine learning technique...
Camera equipped Autonomous Underwater Vehicles (AUVs) typically gather tens to hundreds of thousands...
Although modern machine learning has the potential to greatly speed up the interpretation of imagery...
This paper describes a method for the classification of seabed type from a video cap-tured by a came...
This paper describes Georeference Contrastive Learning of visual Representation(GeoCLR) for efficien...
The Automated and Integrated Seafloor Classification Workflow (AI-SCW) is a semi-automated underwate...
Mapping and monitoring of seafloor habitats are key tasks for fully understanding ocean ecosystems a...
This study aims at the autonomous seafloor surveillance by underwater vehicles based on computer vis...
The purpose of this research is to define and extract the visual features of the seabed sediments to...
Seafloor classification is of great significance for the development and utilization of marine resou...
Schoening T, Kuhn T, Nattkemper TW. Seabed Classification Using a Bag-of-Prototypes Feature Represen...
The comprehensive production of detailed bathymetric maps is important for disaster prevention, reso...
In this work, we present a system for the automated classiffication of seabed substrates in underwat...
Far-sighted marine research institutions around the globe are capturing images from the seafloor at ...
Camera equipped Autonomous Underwater Vehicles (AUVs) are now routinely used in seafloor surveys. Ob...
This thesis develops a method to incorporate domain knowledge into modern machine learning technique...
Camera equipped Autonomous Underwater Vehicles (AUVs) typically gather tens to hundreds of thousands...
Although modern machine learning has the potential to greatly speed up the interpretation of imagery...
This paper describes a method for the classification of seabed type from a video cap-tured by a came...
This paper describes Georeference Contrastive Learning of visual Representation(GeoCLR) for efficien...
The Automated and Integrated Seafloor Classification Workflow (AI-SCW) is a semi-automated underwate...
Mapping and monitoring of seafloor habitats are key tasks for fully understanding ocean ecosystems a...
This study aims at the autonomous seafloor surveillance by underwater vehicles based on computer vis...
The purpose of this research is to define and extract the visual features of the seabed sediments to...
Seafloor classification is of great significance for the development and utilization of marine resou...
Schoening T, Kuhn T, Nattkemper TW. Seabed Classification Using a Bag-of-Prototypes Feature Represen...
The comprehensive production of detailed bathymetric maps is important for disaster prevention, reso...
In this work, we present a system for the automated classiffication of seabed substrates in underwat...
Far-sighted marine research institutions around the globe are capturing images from the seafloor at ...