This paper presents the SmartFiducial, a wireless tangible object that facilitates additional modes of expressivity for vision-based tabletop surfaces. Using infrared proximity sensing and resistive based force-sensors, the SmartFiducial affords users unique, and highly gestural inputs. Furthermore, the SmartFiducial incorpo-rates additional customizable pushbutton switches. Using XBee radio frequency (RF) wireless transmission, the SmartFiducial establishes bipolar communication with a host computer. This paper describes the design and implementation of the SmartFidu-cial, as well as an exploratory use in a musical context
This paper presents a new force-sensitive surface designedfor playing music. A prototype system has ...
Anlauff J, Hermann T, Großhauser T, Cooperstock J. Modular tacTiles for Sonic Interactions with Smar...
Recent research proposes augmenting capacitive touch pads with tangible objects, enabling a new gene...
This paper presents the SmartFiducial, a wireless tangible object that facilitates additional modes ...
This work presents a proximity-aware smart wireless glove to be used as a gesture interface. The sys...
\u3cp\u3eThis work introduces RFIDesk, an interactive surface that enables both multi-touch and rich...
In this paper we describe TANGerINE, a tangible tabletop environment in which users can interact wit...
In this paper, we introduce a wireless musical interface driven by grasping forces and human motion....
This work introduces RFIDesk, an interactive surface that enables both multi-touch and rich-ID stack...
Hermann T, Kõiva R. tacTiles for Ambient Intelligence and Interactive Sonification. In: Pirhonen A, ...
This paper describes a novel music control sensate surface, which enables integration between any mu...
We present a touch-capable 3D displaying device for table-top systems called a Ficon. A Ficon has a ...
In this demo paper, we present the realization of a completely aesthetically driven conductive image...
Hermann T, Kõiva R. Supplementary Material for "tacTiles for Ambient Intelligence and Interactive So...
This paper presents a new force-sensitive surface designed for playing music. A prototype system has...
This paper presents a new force-sensitive surface designedfor playing music. A prototype system has ...
Anlauff J, Hermann T, Großhauser T, Cooperstock J. Modular tacTiles for Sonic Interactions with Smar...
Recent research proposes augmenting capacitive touch pads with tangible objects, enabling a new gene...
This paper presents the SmartFiducial, a wireless tangible object that facilitates additional modes ...
This work presents a proximity-aware smart wireless glove to be used as a gesture interface. The sys...
\u3cp\u3eThis work introduces RFIDesk, an interactive surface that enables both multi-touch and rich...
In this paper we describe TANGerINE, a tangible tabletop environment in which users can interact wit...
In this paper, we introduce a wireless musical interface driven by grasping forces and human motion....
This work introduces RFIDesk, an interactive surface that enables both multi-touch and rich-ID stack...
Hermann T, Kõiva R. tacTiles for Ambient Intelligence and Interactive Sonification. In: Pirhonen A, ...
This paper describes a novel music control sensate surface, which enables integration between any mu...
We present a touch-capable 3D displaying device for table-top systems called a Ficon. A Ficon has a ...
In this demo paper, we present the realization of a completely aesthetically driven conductive image...
Hermann T, Kõiva R. Supplementary Material for "tacTiles for Ambient Intelligence and Interactive So...
This paper presents a new force-sensitive surface designed for playing music. A prototype system has...
This paper presents a new force-sensitive surface designedfor playing music. A prototype system has ...
Anlauff J, Hermann T, Großhauser T, Cooperstock J. Modular tacTiles for Sonic Interactions with Smar...
Recent research proposes augmenting capacitive touch pads with tangible objects, enabling a new gene...