Synonyms were used for: Lernen
Search without synonyms: keywords:(Lernen)

121–140 of 5,365 hits
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    2017 Cognitive Communications for Aerospace Applications Workshop (CCAA) : 27-28 June 2017

    Cognitive Communications for Aerospace Applications Workshop / Institute of Electrical and Electronics Engineers / Institute of Electrical and Electronics Engineers, Cleveland Section et al. | TIBKAT | 2017
    Keywords: Maschinelles Lernen

    Posenbasierte Intentionserkennung von ungeschützten Verkehrsteilnehmern aus einem Fahrzeug

    Free access
    Kreß, Viktor | TIBKAT | 2023
    Keywords: Maschinelles Lernen

    Digitale Zwillinge für das PKW-Vorbeifahrtgeräusch - Komponenten und deren Zusammenwirken

    Free access
    Knappe, Fabian | TIBKAT | 2023
    Keywords: Maschinelles Lernen

    Towards lifelong assistive robotics: a tight coupling between object perception and manipulation

    Free access
    Hamidreza Kasaei, S. / Oliveira, Miguel / Lim, Gi Hyun et al. | BASE | 2018
    Keywords: Open-ended learning , Interactive learning

    Robust Attitude Control of an Agile Aircraft Using Improved Q-Learning

    Free access
    Zahmatkesh M. / Emami S. A. / Banazadeh A. et al. | BASE | 2022
    Keywords: fuzzy q-learning , q-learning , reinforcement learning

    Self-learning longitudinal control for on-road vehicles

    Free access
    Puccetti, Luca | TIBKAT | 2023
    Keywords: Maschinelles Lernen

      Self-learning longitudinal control for on-road vehicles

      Free access
      Puccetti, Luca | TIBKAT | 2023
      Keywords: Reinforcement Learning , bestärkendes Lernen

    Towards real-time reinforcement learning control of a wave energy converter

    Free access
    Anderlini, E / Husain, S / Parker, GG et al. | BASE | 2020
    Keywords: reinforcement learning , deep reinforcement learning , deep learning

    Reinforcement Learning to Train Ms. Pac-Man Using Higher-order Action-relative Inputs

    Free access
    Bom, Luuk / Henken, Ruud / Wiering, Marco | BASE | 2013
    Keywords: Reinforcement learning , Machine learning

    A gradient boosting method to improve travel time prediction

    Zhang, Yanru / Haghani, Ali | Elsevier | 2015
    Keywords: Ensemble learning , Machine learning

    Pedestrian simulation as multi-objective reinforcement learning

    Free access
    Ravichandran, Naresh Balaji / Yang, Fangkai / Peters, Christopher et al. | BASE | 2018
    Keywords: Multi-objective learning , Parallel learning , Reinforcement learning

    Semi-Supervised Active Learning for Anomaly Detection in Aviation

    Memarzadeh, Milad / Matthews, Bryan / Templin, Thomas et al. | AIAA | 2023
    Keywords: Feature Learning , Deep Learning , Active Learning

    Adaptive human-robot policy blending for shared control teleoperation

    Free access
    Oh, Yoojin | TIBKAT | 2024
    Keywords: Maschinelles Lernen

    VIRTUAL REALITY IN EDUCATION: TRENDS AND ISSUES

    Free access
    Omieno, Kelvin Kabeti / Wabwoba, Franklin / Matoke, Nahason | BASE | 2013
    Keywords: Institutions of higher learning , virtual learning environments , learning and cognition

    Autonomous Driving using Deep Reinforcement Learning in Urban Environment

    Free access
    Hashim Shakil Ansari / Goutam R | BASE | 2019
    Keywords: Deep Reinforcement Learning (DRL) , Reinforcement Learning (RL)

    Deep Reinforcement Learning zur Steigerung von Energieeffizienz und Pünktlichkeit von Straßenbahnen

    Free access
    Tesar, Markus | TIBKAT | 2022
    Keywords: Maschinelles Lernen

      Deep Reinforcement Learning zur Steigerung von Energieeffizienz und Pünktlichkeit von Straßenbahnen

      Free access
      Tesar, Markus | TIBKAT | 2023
      Keywords: Maschinelles Lernen

    Abschlussbericht zum Projekt: Hybride Statistische Lernmethoden für die Embedded-Umsetzung von Sicherheitsfunktionen im Fahrzeug (HySLEUS) der Technischen Hochschule Ingolstadt : Projektlaufzeit: 17.11.2014-31.01.2018

    Free access
    Botsch, Michael / Chaulwar, Amit / Technische Hochschule Ingolstadt, Zentrum für Angewandte Forschung | TIBKAT | 2018
    Keywords: Maschinelles Lernen