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Gesture Control: An Intuitive HMI Concept For Automotive Entrance Systems
Santa Clara Convention Center, CA, USA
Conference Room F
16:15 - 16:35
This presentation describes how to use a stereo camera to provide a more natural, intuitive method of interacting with an entry-level system using gesture controls. We investigate the use of gesture recognition algorithms based on 3D Convolutional Neural Network (3D ConvNets) to establish an artificially intelligent data analysis framework for the referenceless analysis of human motion. In addition, the results of the trained networks are compared with known methods such as optical flow and SVM.
2000 - 2006
University Stuttgart: Dipl.-Ing. in electrical engineering and information technology
2008 - 2012
University Stuttgart: PhD (Dr.-Ing.) in mechanical, automotive and production
CSI entwicklungstechnik GmbH: Head of Electronics
Responsible for the strategic development of business unit "electronics" within
Responsible for budget and employees
Working in networks together with clients from the automotive industry
2015 - 2017
Fraunhofer IPA: Head of Business Unit Automotive
Strategic development of Business Unit Automotive
Responsible for budget and employees within the business unit
Lead of International research and development projects
2013 - 2016
Fraunhofer: Spokesman of „Fraunhofer System Research E-Mobility"
2008 - 2015
Fraunhofer TEG, Fraunhofer IPA: Group Manager "Motion Control Systems"
2006 - 2008
University Stuttgart: Scientist & Project Leader: Radar-Sensors for automotive
applications. (79 Ghz, SiGe-Technology)
Electromechanical Drive Systems
Technologies (Sense and Act) for Autonomous / Automated Driving