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TU Berlin

Inhalt des Dokuments

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  • menue [1]
    • Kognitive Modellierung in dynamischen Mensch-Maschine-Systemen [2]
    • Aktuelles [3]
    • Aktuelle Projekte [4]
      • DPDU [5]
      • COMPAS [6]
      • neuroadaptive kognitive Modellierung [7]
    • Abgeschlossene Projekte [8]
      • Avalanche [9]
    • Team [10]
      • Nele Russwinkel [11]
      • Linda Heimisch [12]
      • Nils Heinrich [13]
      • Oliver Klaproth [14]
      • Kai Preuß [15]
      • Sebastian Wiese [16]
      • Maximilian Plitt [17]
      • Janice Jansen [18]
      • Oliver Klückmann [19]
      • Marlene Scharfe [20]
      • Alexandra Weidemann [21]
      • Alexander Lotz [22]
      • Sebastian Blum [23]
      • Fabian Joeres [24]
      • Lilian Befort [25]
      • Stefan Lindner [26]
      • Lennart Arlt [27]
      • Dominik Brüchner [28]
      • Lou Conradi [29]
      • Cédric Donati [30]
      • Lisa-Madeleine Dörr [31]
      • Marc Halbrügge [32]
      • Sindy Hartmann [33]
      • Kenneth zur Kammer [34]
      • Philipp Klemm [35]
      • Hannah Kosanke [36]
      • Martin Krabbe [37]
      • Sebastian Lohmeier [38]
      • Marika Nürnberg [39]
      • Sabine Prezenski [40]
      • Severin Reuter [41]
      • Janina Schuhmacher [42]
      • Hardy Smieszek [43]
      • Immo Stahl [44]
      • Joschy Vöhringer [45]
      • Meret Vollmann [46]
      • Maria Wirzberger [47]
      • Ziying Zhang [48]
    • Forschungsfelder [49]
      • Natural Interaction [50]
        • Space Cognition [51]
        • Mental Model Updating [52]
        • Mobile Interaction [53]
        • Natural Decision Making [54]
        • Expectation and Surprise [55]
        • Takeover in Conditional Automation Driving [56]
        • Emotions and Interaction with Robots [57]
      • Neurocognitive Model Integration [58]
        • Evaluation through Imaging Procedures [59]
        • Neuroadaptive Models [60]
      • Intelligent Cognitive Systems [61]
      • Time Cognition [62]
    • Kolloquium [63]
    • Studium und Lehre [64]
      • Lehrveranstaltungen [65]
        • Sommersemester 2022 [66]
        • Wintersemester 2021/22 [67]
        • Sommersemester 2021 [68]
        • Wintersemester 2020/21 [69]
        • Sommersemester 2020 [70]
        • Wintersemester 2019/20 [71]
        • Sommersemester 2019 [72]
        • Wintersemester 2018/19 [73]
        • Sommersemester 2018 [74]
        • Wintersemester 2017/18 [75]
        • Sommersemester 2017 [76]
        • Wintersemester 2016/17 [77]
        • Sommersemester 2016 [78]
        • Wintersemester 2015/16 [79]
        • Sommersemester 2015 [80]
        • Wintersemester 2014/15 [81]
        • Sommersemester 2014 [82]
        • Wintersemester 2013/14 [83]
        • Sommersemester 2013 [84]
      • Abschlussarbeiten [85]
      • Abgeschlossene Arbeiten [86]
        • Predicting User Performance and Errors [87]
        • Macrocognitive Modeling [88]
        • Kausales Schließen in komplexen Systemen [89]
        • Mental Models Informing Interface Design [90]
        • Einfluss der Anleitungsform auf den Trainingserfolg [91]
        • Coordinating Tasks in a Driving Environment [92]
        • Workload im Kontext der Fahrerbeanspruchung [93]
        • Smart@load? Modeling Interruption [94]
        • Kognitive Modellierung mentaler Rotation [95]
        • A Cognitive Modeling Approach to Surprise [96]
    • Konferenzen und Workshops [97]
      • Symposium on "Computational modelling of the Active Self" [98]
      • Symposium on "Cognition-centered Human-Robot Interaction" [99]
    • Publikationen [100]
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