Projects
Contact person, projects
Publications
- Automated computer vision based individual salmon (Salmo salar) breathing rate estimation (SaBRE) for improved state observability Read the publication
- Mouth Opening Frequency of Salmon from Underwater Video Exploiting Computer Vision Read the publication
- Active Pose - Autonomous Hole-Filling Techniques for 3D Surface Reconstruction in Underwater Exploration Read the publication
- Approaches Enabling Underwater Autonomy and Sensing in Sea-Based Aquaculture Settings Read the publication
- Robust Hole-Detection in Triangular Meshes Irrespective of the Presence of Singular Vertices Read the publication
- Irregularity Detection in Net Pens Exploiting Computer Vision
- Motion Trajectory Estimation of Salmon Using Stereo Vision Read the publication
- Quantification of acoustic target shadowing for biomass estimation in aquaculture net-pens
- Hole Detection in Aquaculture Net Cages from Video Footage Read the publication
- Vision-based pose estimation for autonomous operations in aquacultural fish farms Read the publication
Other
- Approaches Enabling Underwater Autonomy and Sensing in Sea-Based Aquaculture Settings
- AI-driven Analysis: Image based qualification of Scale Loss in Fish using Machine Learning and Computer Vision
- Objective Analysis of Melanin Spots as Welfare Signals in Atlantic Salmon Using AI-Based Computer Vision Read the publication
- Mouth Opening Frequency of Salmon from Underwater Video Exploiting Computer Vision - Presentation
- cAIge : AI and Computer Vision for Salmon Re Identification and Welfare Assessment
- Assessing Re-Identification Capabilities of Salmon Body Parts Using AI-Based Computer Vision Methods Read the publication
- Active Pose - Autonomous Hole-Filling Techniques for 3D Surface Reconstruction in Underwater Exploration
- Developing a deep learning pipeline for automated salmon welfare analysis by respiration frequency Read the publication
- Motion Trajectory Estimation of Salmon Using Stereo Vision
- Irregularity Detection in Net Pens Exploiting Computer Vision