Lisa-Marie Faller

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We present a wireless hands on/off and position detection sensor for steering wheels, which may be used as an additional input for driver state detection systems for psychological studies. The sensing principle is based on capacitive sensing. For the capacitive sensor front end inkjet-printing technology is utilized to manufacture the sensor mats. The(More)
Lauter [J. Acoust. Soc. Am. 71, 701-707 (1982)] reported that although the magnitude and direction of the absolute ear advantage for speech and nonspeech sound sets presented dichotically varies considerably among listeners, consistent patterns of a relative ear advantage (EArel) across sound sets are preserved from listener to listener. She further claimed(More)
In this work, we infer the influence of pre-stress in the design of a capacitive force/pressure sensor. For this purpose, experimental plans, so-called Designs of Experiments (DoEs), are employed. Based on these designs, not only the influence of design parameters can be inferred, but also a prediction model, which uses the design parameters as predictors,(More)
We present a method to robust design of a capacitive force/pressure sensor, manufactured in rapid prototyping manner, by adaptation of the electrode structure. Rapid prototyping technologies, such as the considered 3D- and inkjet-printing processes, suffer from major uncertainties in geometry and material properties. The presented methodology consequently(More)
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