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Marine

In fisheries and marine applications, robotic systems with underwater cameras and sensors, automate tasks such as fish detection, net monitoring, and ocean exploration, increasing productivity and reducing environmental impact. Computer vision technology is vital for species identification and tracking to ensure sustainable fishing practices and marine conservation. Machine learning plays a role in data analysis, aiding in fisheries management, predicting fish stocks, and preserving the delicate balance of marine ecosystems.

  • Pinbone detection Vision Robotics
    Pinbot / pinbone detection and removal in salmon processing

    In PinBot, VCU Robotics is, in collaboration with Noordzee International and Wageningen University & Research (WUR), developing an automated solution for pin-bone detection and removal in salmon processing.

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  • Automated seabird Martin Poot Vision Robotics
    Unique Wageningen expertise set the standard in automated seabird survey

    The unique ecosystem of Wageningen University & Research (WUR) and Vision+Robotics (V+R) has repeatedly proven its value in national and international research, on land and at sea.

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  • a virtual greenhouse showing cucumber plants in rows and a harvesting robot in one of the rows
    Synthetic data and robotic simulation to lift vision and robotics to completely new levels

    Synthetic data the next big thing in the AI 'revolution'? Researchers Arjan Vroegop and Trim Bresilla explain why it is just another part of vision and robotics and identify 3 main ways how synthetic data combined with robotic simulation will take applications of vision and robotics to the next level.

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  • Compilation of aerial survey photographs of birds, showing white and grey sea birds against a dark blue background of the sea
    Digital aerial surveys of seabirds and marine mammals in the Netherlands

    Automated digital aerial surveys could be a transformative tool for marine biodiversity monitoring, significantly improving data collection and analysis.

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  • CatchCam on board of lobster fishery vessel automatically measures a caught lobster with the help of vision and AI technology
    Vision technology and AI automates insight into lobster population in the Eastern Scheldt

    "The strength of the system really lies in its simplicity. You can easily apply it anywhere in the world and even power it with a battery or solar panels," says researcher Edwin van Helmond.

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  • Group of seals
    Maritime research is on the cusp of a computer vision and robotics breakthrough

    There is a lot to gain from integrating computer vision and AI components from marine research into the broader Vision+Robotics team at WUR.

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