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1–10 von 404 Ergebnissen
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    Reinforcement Learning Approach to Flight Control Allocation with Distributed Electric Propulsion

    K. C. Wu / J. S. Litt | NTIS | 2023
    Schlagwörter: Machine learning , Reinforcement learning

    Towards Autonomous Lunar Resource Excavation via Deep Reinforcement Learning

    Joseph M. Cloud / Rolando J. Nieves / Adam K. Duke et al. | NTRS
    Schlagwörter: Machine Learning , Reinforcement Learning

    Reinforcement Learning Approach to Flight Control Allocation with Distributed Electric Propulsion

    Kristin C. Wu / Jonathan S Litt | NTRS | 2023
    Schlagwörter: Machine Learning , Reinforcement Learning

    Cognitive Engineering in Training: Monitoring and Pilot-Automation Coordination in Complex Environments

    Dorrit Billman / Barth Baron / Randall J. Mumaw | NTRS
    Schlagwörter: learning analysis , learning design , learning

    Cognitive Engineering in Training: Monitoring and Pilot-Automation Coordination in Complex Environments

    D. Billman / B. Baron / R. J. Mumaw | NTIS | 2023
    Schlagwörter: Learning , Learning analysis , Learning design

    Active Learning with Rationales for Identifying Operationally Significant Anomalies in Aviation

    Sharma, Manali / Das, Kamalika / Bilgic, Mustafa et al. | NTRS | 2016
    Schlagwörter: active learning , learning with rationales

    On Generalizably Improving RANS Predictions of Flow Separation and Reattachment

    Vishal Srivastava / Chris Rumsey / Gary Coleman et al. | NTRS
    Schlagwörter: Machine learning

    Cluster-Based Flight Trajectory Outlier Detection

    M. Forney / B. Sridhar / K. Freeman | NTIS | 2021
    Schlagwörter: Machine learning

    Data-Intensive Science Meets Inquiry-Driven Pedagogy: Interactive Big Data Exploration, Threshold Concepts, and Liminality

    R. Ramachandran / A. Word / U. Nair | NTIS | 2015
    Schlagwörter: Learning , Learning theory

    Cluster-Based Flight Trajectory Outlier Detection

    Mikol Forney / Banavar Sridhar / Kenneth Freeman | NTRS
    Schlagwörter: Machine Learning