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Schodde, Thorsten: Integrating Socially Assistive Robots into Language Tutoring Systems. A Computational Model for Scaffolding Young Children's Foreign Language Learning. 2019
Inhalt
Abstract
Publications
Contents
List of Figures
List of Tables
List of Abbreviations
Introduction
Motivation
Research Goals
Contributions
Thesis Outline
Background
Dimensions of Learning and Engagement
Cognitive Learning
Affective Learning
Perceived Learning
Engagement
Scaffolding
Correlations between Learning Dimensions and Engagement
Language Learning
Learning a Foreign Language
Word Learning
Summary
Related Work
Intelligent Tutoring Systems
Architectures of Intelligent Tutoring Systems
Paradigms for Implementing Intelligent Tutoring Systems
Socially Assistive Robots
Challenges in Social Robotics
Fields of Application
Socially Assistive Robots in Educational Settings for Children
Language Learning with Socially Assistive Robots
Adaptation in Socially Assistive Robot Tutoring Systems
Summary
Designing the Tutoring Interaction
Empirical Basis
Video Data
Analysis
Observational Results
General Interaction Design
The Robot's Role
Setting for the Tutoring Game
Interaction Structure and Feedback Behavior
General Tutoring System
Technical Setup
Summary
Scaffolding Cognitive Learning
Model Selection
Modeling the Learner's Knowledge State
Planning the Course of Tutoring Interactions
Discussion
Adaptive Bayesian Knowledge Tracing (A-BKT)
Predictive Decision-Making
Study 1: Evaluation with Adults
Study Design
Participants
Procedure
Results
Discussion
Study 2: Evaluation with Children
Study Design
Participants
Procedure
Analysis
Results
Discussion
Engagement Analysis
Study Design
Participants
Procedure
Results
Discussion
Summary
Scaffolding Affective and Perceived Learning, and Engagement
Engagement and the Dimension of Affective Learning
Engagement Detection
Affective Tutoring Systems
Study 3: Empirical Basis for Detecting and Managing Engagement
Study Design
Participants
Procedure
Analyses and Results
Study 4: Effects of Explanation and Re-Engagement Strategies
Study Design
Measurements
Participants
Procedure
Results
Discussion
Summary
An Integrated Model
Decision-Theoretic Integration into the A-BKT Model
Extended Analysis
Model Extension
Formalization
Simulation-based Evaluation
General Mechanics of the Socially Assistive Robot Tutoring
Types of Learners
Results
Discussion
Summary
Conclusions
Summary and Contributions
Limitations and Future Research Directions
References
Affidavit