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Institute of

OF Baltic Sea Fisheries

Project

OTC-Smart Fishing



© Thünen-Institut
Heringe und Plattfisch im Schleppnetz. Erkennung durch speziell trainiertes YOLOv7

OTC-Smart Fishing - Sensorsystem for smart fishing trawls

OTC-smartFishing develops a robust underwater camera system with AI-based image recognition for use in commercial fishing and fisheries research. This technology opens possibilities for high accuracy catches in fisheries and marine research to enable sustainable use of marine resources.

This project is part of the cluster project of the Ocean Technology Campus Rostock.

Background and Objective

The project will pursue the development of a robust underwater camera system with AI-assisted image recognition for marine organism detection and classification. The solution will initially be prototyped, with the medium-term goal of integrating such a system into commercial fishing trawls. This integration opens up fundamentally new possibilities for fisheries research and fisheries. For example, intelligent AI-based classification can be used to specifically avoid unwanted bycatch, to record the fish stock in terms of size, species and health status for fisheries research, and to deepen the understanding of ecosystems and fishing grounds, through spatially and temporally high-resolution data acquisition directly in the net. The development of a rule base for the general recognition of fish species by AI also creates the possibility for the learning of additional species in other sea areas.

The technical solution described is not currently commercially available. However, there is a clear technological need for several projects and schemes within the Future Cluster. Such a development would clearly demonstrate the capability and also the technological leadership of the cluster in this segment due to its high relevance for scientific and commercial users.

Involved external Thünen-Partners

Funding Body

  • Federal Ministry of Education and Research (BMBF)
    (national, öffentlich)

Duration

10.2021 - 9.2024

More Information

Project funding number: 03ZU1107LA
Project status: ongoing

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