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Kütemeyer, M.

doi:10.1007/s001290050593

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Matching Basic User Dimensions and Automotive Requirements1

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2011

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“…Other physiological characteristics are wavering hands, attacks of sweating, raised articulation, racing heart, or a harsh and / or loud voice [18]. In the car, we could use a camera to detect the facial expression, or we could install a microphone to analyze the driver's voice and detect whether he is nervous or not [24].…”

Section: Matching Basic User Dimensions and Automotive Requirementsmentioning

confidence: 99%

Human modeling in a driver analyzing context

Islinger

Köhler

Wolff

2011

Proceedings of the 3rd International Conference on Automotive User Interfaces and Interactive Vehicular Applications

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In the past years, driver analyzing has become a field of increasing interest. Within this topic, camera based as well as camera free systems are in the scope of researchers all over the world with the overall goal to detect, for example, critical driver states like drowsiness or distraction. Unfortunately, there are yet no comprehensive models for understanding the driver and his states in the automotive context. Therefore, we present a user model tailored to automotive needs. This model allows us to understand the driver in the automotive environment and to set up a general architecture from which we can decide on necessary input information for detecting a certain driver state.

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Section: Matching Basic User Dimensions and Automotive Requirementsmentioning

confidence: 99%