IRIS: Inter-Reality Interactive Surface

Pietroszek, Krzysztof

doi:10.1145/3359996.3364731

Cited by 3 publications

(1 citation statement)

References 1 publication

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“…The Inter-Reality Interactive Surface by Pietroszek [37] uses an asymmetrical setup with an interactive whiteboard in one location which is accessed by a remote participant via VR glasses. Handberg et al present SharedSpaces Mingle [15], a shared media space where multiple front-facing videos of participants are mixed together in front of a common backdrop, additionally allowing for drawings and custom background images controlled by the users.…”

Section: Multi-party Shared Spacesmentioning

confidence: 99%

SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

Echtler,

Maierhöfer,

Hansen

et al. 2023

Preprint

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Real-time online interaction is the norm today. Tabletops and other dedicated interactive surface devices with direct input and tangible interaction can enhance remote collaboration, and open up new interaction scenarios based on mixed physical/virtual components. However, they are only available to a small subset of users, as they usually require identical bespoke hardware for every participant, are complex to setup, and need custom scenario-specific applications.We present SurfaceCast, a software toolkit designed to merge multiple distributed, heterogeneous end-user devices into a single, shared mixed-reality surface. Supported devices include regular desktop and laptop computers, tablets, and mixed-reality headsets, as well as projector-camera setups and dedicated interactive tabletop systems. This device-agnostic approach provides a fundamental building block for exploration of a far wider range of usage scenarios than previously feasible, including future clients using our provided API.In this paper, we discuss the software architecture of SurfaceCast, present a formative user study and a quantitative performance analysis of our framework, and introduce five example application scenarios which we enhance through the multi-user and multi-device features of the framework. Our results show that the hardware- and content-agnostic architecture of SurfaceCast can run on a wide variety of devices with sufficient performance and fidelity for real-time interaction.

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Section: Multi-party Shared Spacesmentioning

confidence: 99%

SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

Echtler,

Maierhöfer,

Hansen

et al. 2023

Preprint

View full text Add to dashboard Cite

show abstract

UniVResity: Face-to-Face Class Participation for Remote Students using Virtual Reality

Pietroszek

Lin

2019

25th ACM Symposium on Virtual Reality Software and Technology

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SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

Echtler,

Maierhöfer,

Hansen

et al. 2023

Proc. ACM Hum.-Comput. Interact.

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Real-time online interaction is the norm today. Tabletops and other dedicated interactive surface devices with direct input and tangible interaction can enhance remote collaboration, and open up new interaction scenarios based on mixed physical/virtual components. However, they are only available to a small subset of users, as they usually require identical bespoke hardware for every participant, are complex to setup, and need custom scenario-specific applications. We present SurfaceCast, a software toolkit designed to merge multiple distributed, heterogeneous end-user devices into a single, shared mixed-reality surface. Supported devices include regular desktop and laptop computers, tablets, and mixed-reality headsets, as well as projector-camera setups and dedicated interactive tabletop systems. This device-agnostic approach provides a fundamental building block for exploration of a far wider range of usage scenarios than previously feasible, including future clients using our provided API. In this paper, we discuss the software architecture of SurfaceCast, present a formative user study and a quantitative performance analysis of our framework, and introduce five example application scenarios which we enhance through the multi-user and multi-device features of the framework. Our results show that the hardware- and content-agnostic architecture of SurfaceCast can run on a wide variety of devices with sufficient performance and fidelity for real-time interaction.

show abstract

IRIS: Inter-Reality Interactive Surface

Cited by 3 publications

References 1 publication

SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

UniVResity: Face-to-Face Class Participation for Remote Students using Virtual Reality

SurfaceCast: Ubiquitous, Cross-Device Surface Sharing

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