The purpose of this research is development of vision-based object detection algorithm that recognizes a marine object, localizes the object on captured frames, and estimates the distance to the object. Faster R-CNN and stereo vision based depth estimation are combined for real-time marine object detection. The performance of this algorithm is verified by model ship detection test in towing tank. The test results showed that this algorithm is potentially applicable to real USV
This report is about explaining how to apply the Faster R-CNN network structure on Object detection ...
Many of the recent state-of-the-art object detection performances in computer vision evolved around ...
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...
The purpose of this research is development of vision-based object detection algorithm that recogniz...
The thesis has October 2017 on the title page but the year of award is 2018.The missions at sea requ...
The rapid advancement and increasing demand for Unmanned Surface Vehicle (USV) technology have drawn...
Marine industry is a large industry especially in the economy sector. Not limited to commercial, thi...
International audienceSemi-autonomous and fully-autonomous systems must have knowledge about the obj...
Accurate detection of sea-surface objects is vital for the safe navigation of autonomous ships. With...
Unmanned Surface Vehicles (USVs) are commonly equipped with multi-modality sensors. Fully utilized s...
Near real-time ship monitoring is crucial for ensuring safety and security at sea. Established ship ...
The world has moving toward unmanned machinery in many areas nowadays. The experts and scientists ha...
Ship detection from remote sensing images has been a topic of interest that gradually gained attenti...
Underwater marine robots (UMRs), such as autonomous underwater vehicles, are promising alternatives ...
The shipping industry is developing towards intelligence rapidly. An accurate and fast method for sh...
This report is about explaining how to apply the Faster R-CNN network structure on Object detection ...
Many of the recent state-of-the-art object detection performances in computer vision evolved around ...
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...
The purpose of this research is development of vision-based object detection algorithm that recogniz...
The thesis has October 2017 on the title page but the year of award is 2018.The missions at sea requ...
The rapid advancement and increasing demand for Unmanned Surface Vehicle (USV) technology have drawn...
Marine industry is a large industry especially in the economy sector. Not limited to commercial, thi...
International audienceSemi-autonomous and fully-autonomous systems must have knowledge about the obj...
Accurate detection of sea-surface objects is vital for the safe navigation of autonomous ships. With...
Unmanned Surface Vehicles (USVs) are commonly equipped with multi-modality sensors. Fully utilized s...
Near real-time ship monitoring is crucial for ensuring safety and security at sea. Established ship ...
The world has moving toward unmanned machinery in many areas nowadays. The experts and scientists ha...
Ship detection from remote sensing images has been a topic of interest that gradually gained attenti...
Underwater marine robots (UMRs), such as autonomous underwater vehicles, are promising alternatives ...
The shipping industry is developing towards intelligence rapidly. An accurate and fast method for sh...
This report is about explaining how to apply the Faster R-CNN network structure on Object detection ...
Many of the recent state-of-the-art object detection performances in computer vision evolved around ...
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...