Controlling ambient information flow between smart objects with a mobile mixed-reality interface | Zendy

Bastian Kriesten | Zendy; René Tünnermann | Zendy; Christian Mertes | Zendy; Thomas Hermann | Zendy

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Controlling ambient information flow between smart objects with a mobile mixed-reality interface

Author(s) -

Bastian Kriesten,

René Tünnermann,

Christian Mertes,

Thomas Hermann

Publication year - 2010

Publication title -

publikationen an der universität bielefeld (universität bielefeld)

Language(s) - English

Resource type - Conference proceedings

DOI - 10.1145/1851600.1851687

Subject(s) - touchscreen , computer science , human–computer interaction , mobile device , modalities , interface (matter) , overlay , virtual reality , smartwatch , information flow , on the fly , embedded system , world wide web , wearable computer , social science , linguistics , philosophy , bubble , maximum bubble pressure method , sociology , parallel computing , programming language , operating system

In this work we present a method to intuitively issue control over devices in smart environments, to display data that smart objects and sensors provide, and to create and manipulate flows of information in smart environments. This makes it easy to customize smart environments by linking arbitrary data sources to various display modalities on the fly. Touchscreen smartphones - as readily available multi-purpose devices - are used to overlay real objects with virtual controls. We evaluated this system with a first qualitative user study.

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