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  1. 1
    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters

    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters von Larsen, Thomas Nakken, Teigen, Halvor Ødegård, Laache, Torkel, Varagnolo, Damiano, Rasheed, Adil

    Veröffentlicht in Frontiers in robotics and AI

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  2. 2
    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters

    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters von Larsen, Thomas Nakken, Teigen, Halvor Ødegård, Laache, Torkel, Varagnolo, Damiano, Rasheed, Adil


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  3. 3
    Reinforcement Learning and Predictive Safety Filtering for Floating Offshore Wind Turbine Control

    Reinforcement Learning and Predictive Safety Filtering for Floating Offshore Wind Turbine Control von Malmin, Vebjørn, Ødegård Teigen, Halvor

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  4. 4
    Reinforcement Learning and Predictive Safety Filtering for Floating Offshore Wind Turbine Control

    Reinforcement Learning and Predictive Safety Filtering for Floating Offshore Wind Turbine Control von Malmin, Vebjørn, Ødegård Teigen, Halvor

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    Dissertation

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  5. 5
    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters

    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters von Larsen, Thomas Nakken, Teigen, Halvor Ødegård, Laache, Torkel, Varagnolo, Damiano, Rasheed, Adil

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  6. 6
    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters

    Comparing Deep Reinforcement Learning Algorithms’ Ability to Safely Navigate Challenging Waters von Larsen, Thomas Nakken, Teigen, Halvor Ødegård, Laache, Torkel, Varagnolo, Damiano, Rasheed, Adil

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