izvorni znanstveni rad
In the last decade, interactive tabletops have emerged as a hardware solution for collaborative interactions, providing shared workspaces that support group learning and work. However, despite a variety of studies highlighting their benefits, adoption in educational and professional environments remains limited due to high cost, weight, and spatial constraints. This paper presents an alternative hybrid approach of augmenting static surfaces (e.g., printed images or plans) with off-the-shelf mobile devices through a dynamic peephole interaction. The system uses a rotating, asymmetric static magnet and magnetometers commonly found in all mobile devices, requiring solely software on the device to calculate its relative position based on field strength and relative angle. This first prototype is affordable (∼€10), easy to build with a minimal set of components (e.g., LEGO or 3D-printed parts), device-independent, and offers an accuracy of 1.4 cm, with potential for improvements both to accuracy and the currently limited operating range of 30 cm.
tracking; DIY; magnets; mobile device; positioning; interactive tabletop
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The ever-growing usage and adaptation of HTTP/3 in web traffic leverages Quick UDP Internet Connections (QUIC) as a transport protocol. QUIC is widely recognized for reduced latency, enhanced…
