[HTML][HTML] Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific reports, 2024 - nature.com
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
[HTML][HTML] Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific Reports, 2024 - ncbi.nlm.nih.gov
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, N Yang, Y Yang - Scientific Reports, 2024 - europepmc.org
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific Reports, 2024 - ui.adsabs.harvard.edu
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar.
Z Zhang, NW Yang, YJ Yang - Scientific Reports, 2024 - search.ebscohost.com
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific reports, 2024 - safetylit.org
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific reports, 2024 - pubmed.ncbi.nlm.nih.gov
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar.
Z Zhang, N Yang, Y Yang - Scientific Reports, 2024 - europepmc.org
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
Autonomous navigation and collision prediction of port channel based on computer vision and lidar
Z Zhang, NW Yang, YJ Yang - Scientific reports, 2024 - safetylit.org
This study aims to enhance the safety and efficiency of port navigation by reducing ship
collision accidents, minimizing environmental risks, and optimizing waterways to increase …
collision accidents, minimizing environmental risks, and optimizing waterways to increase …