Corpus ID: 29184356

Honeyfish-a high resolution gesture recognition system based on capacitive proximity sensing

@inproceedings{GroePuppendahl2012HoneyfishaHR,
  title={Honeyfish-a high resolution gesture recognition system based on capacitive proximity sensing},
  author={T. Gro{\ss}e-Puppendahl and Andreas Braun},
  year={2012}
}
The recognition of gestures in free space using sensors that determine the proximity of a body mass based on electric field variance is a challenging research topic. Arrays of such capacitive proximity sensors allow the creation of novel user interaction systems based on recognizing presence and position of body parts and inferring performed gestures in three dimensions from that information. These systems may be incorporated as unobtrusive remote control in home automation scenarios or… Expand

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References

SHOWING 1-8 OF 8 REFERENCES
Thracker - Using Capacitive Sensing for Gesture Recognition
TLDR
Thracker is a low-cost and robust hardware to track hand gestures in front of a screen or small-scale active spaces like public displays or posters that allows for entire new interaction modes like picking and dropping an object on the screen with the hand. Expand
A Capacitive Sensing Toolkit for Pervasive Activity Detection and Recognition
TLDR
The CapToolKit is described, designed to rapidly realize prototypes and systems that are able to detect the presence of humans and objects, and allows the integration of 3D interaction with everyday objects as well as instrumented environments. Expand
Classification of User Postures with Capacitive Proximity Sensors in AAL-Environments
TLDR
This paper presents an approach for determining contextual information from furniture, using capacitive proximity sensors, and shows that this approach is robust and suitable for real-time classification. Expand
Electric field imaging
TLDR
The inverse electrostatics portion of the thesis presents a fast, general method for extracting geometrical information about the configuration and motion of the human body from field measurements, based on the Sphere Expansion, a novel fast method for generating approximate solutions to the Laplace equation. Expand
Using the human body field as a medium for natural interaction
TLDR
A novel technique for integration in assistive environments, using capacitive proximity sensing to detect the presence of a human body, thus creating a medium for natural, deliberate or unaware interaction in ambient assisted living environments. Expand
Electric Field Sensing For Graphical Interfaces
TLDR
The theory and implementation of low-frequency electric fields as sensing techniques are outlined, then a range of applications developed for interacting with computer graphics are presented. Expand
Field Mice: Extracting Hand Geometry from Electric Field Measurements
TLDR
A probabilistic framework for inferring geometrical information from field measurements is described and the inference framework is demonstrated for the cases of a two-dimensional and a three-dimensional mouse. Expand
Theremin: Ether Music and Espionage
Leon Theremin led a life of flamboyant musical invention laced with daring electronic stealth. A creative genius and prolific inventor, Theremin launched the field of electronic music virtuallyExpand