GeoSolvAR Coding Scheme for Spatial Perspective-Taking: Augmented Reality and Gesture-Enabled Learning in Special Education

Authors

  • R. Logeshwaran SRM Institute of Science and Technology Author

DOI:

https://doi.org/10.54228/mjaret0624008

Keywords:

Augmented Reality; Gesture-Based Interaction; Spatial Perspective-Taking; Special Education; GeoSolvAR; Coding Scheme; Spatial Cognition; Educational Technology

Abstract

This paper introduces GeoSolvAR, an adaptive interactive learning environment based on an augmented reality (AR) and gesture-based interaction paradigm that supports the development of the ability called spatial perspective-taking – the capacity for an individual to imagine the world from the viewpoint of someone other than herself. To support this ability, GeoSolvAR provides a series of 3D interactive high-immersive visualizations accompanied by intuitive gesture-driven interactions. We evaluated GeoSolvAR using an adaptive-tutoring randomized controlled trial with 60 children with special educational needs (SEN) between the ages of 8 and 14. The GeoSolvAR learning metaphor was compared with its two-dimensional counterpart previously employed for instructional purposes. Spatial perspective-taking is traditionally difficult to master, yet we observed a 35% increase in task performance and a 40% reduction in completion time. Qualitative data also highlights increased engagement and motivation levels in the GeoSolvAR group.

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Author Biography

  • R. Logeshwaran, SRM Institute of Science and Technology

    Assistant Professor, Department of Data Science And Business Systems, Faculty of Engineering & Technology

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Published

2024-07-30

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Section

Research Articles(s)

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