Eckard Riedenklau

Publications

• An integrated multi-modal actuated tangible user interface for distributed collaborative planning.

  Eckard Riedenklau, Thomas Hermann, Helge Ritter

  Proceedings of the 6th International Conference on Tangible and Embedded Interaction 2012, Kingston, Ontario, Canada, February 19-22, 2012; 01/2012

• Saving and Restoring Mechanisms for Tangible User Interfaces through Tangible Active Objects

  Eckard Riedenklau, Thomas Hermann, Helge Ritter

  Lecture Notes in Computer Science, Vol. 6762; 01/2011

• Embodied Social Networking with Gesture-enabled Tangible Active Objects

  Eckard Riedenklau, Dimitri Petker, Thomas Hermann, Helge Ritter

  Proceedings of AMiRE 2011; 01/2011

• Tangible Active Objects and Interactive Sonification as a Scatter Plot Alternative for the Visually Impaired

  Eckard Riedenklau, Thomas Hermann, Helge Ritter

  Proceedings of the 16th International Conference on Auditory Display; 01/2010

• Diplomarbeit: TAOs - Tangible Active Objects for Table-top Interaction

  Eckard Riedenklau

  01/2009;

• TRecS: Ein tangibles, rekonfigurierbares System zur explorativen Datenanalyse

  Jean Rene Dawin, Danni Hartwig, Andreas Kudenko, Eckard Riedenklau

  01/2008;

• Tangible Computing for Interactive Sonification of Multivariate Data

  T. Hermann, T. Bovermann, E. Riedenklau, H. Ritter

  2nd International Workshop on Interactive Sonification, York; 02/2007

  We present a novel tangible computing system for interactively controlling real-time and offline data sonifications. Tangible objects serve as physical correlates for data series such as EEG channels, and their arrangement on our Tangible Desk (tDesk) surface is used to interactively explore feature... [more] We present a novel tangible computing system for interactively controlling real-time and offline data sonifications. Tangible objects serve as physical correlates for data series such as EEG channels, and their arrangement on our Tangible Desk (tDesk) surface is used to interactively explore features of interest in the real-time rendered sonifications. A listener object and its distances to channel objects are used to select how salient the channels’ sonic representation is in the overall sonification. Selector objects serve for the specification of datasets. This interface enables the user (a) to identify groups of correlated rhythmical behavior, (b) to control multiple channels simultaneously, and (c) to explore the data collaboratively in a team. We give a full account on hard-/software of the system and we demonstrate the system at hand of offline- and real-time sonification of EEG and stock market data.